# WarfareDecoded.Com | Defense News & Military Analysis > Breaking Independent analysis of modern warfare: missile tech, air power, naval strategy, and the defense developments driving global security. Updated daily. Public Ghost content for AI and LLM tooling. This file includes a bounded export of public pages first, then recent public posts. Append `.md` to any post or page URL to get the content in Markdown (for example, `/example-post.md`). ## Pages ### About this site URL: https://www.warfaredecoded.com/about/ Last updated: 2026-07-12T20:00:00.000Z **About Warfare Decoded** Warfare Decoded is an independent publication covering defense technology, military modernization, and global security developments. Founded by Kevin Macmellon, the site tracks the systems and programs shaping modern warfare — from missile defense and naval power to next-generation air platforms and defense contracts. **What we cover** We report on breaking defense news, weapons systems, and the contracts and programs behind them — think missile modernization efforts, stealth aircraft, naval warfare capabilities, and the technology driving modern militaries forward. Our goal is to break down complex defense topics into clear, digestible analysis for readers who want to understand what's actually happening in global security, without the jargon. **Why subscribe** Subscribing gets new articles delivered straight to your inbox as soon as they're published — no algorithm, no missed updates. It's the easiest way to stay current on defense and military developments as they happen. **Get in touch** Have a tip, a correction, or a story idea? Reach out through our \[contact@warfaredecoded.com\] — we'd love to hear from you. --- ### Start your own thing Enjoying the experience? Get started for free and set up your very own subscription business using [Ghost](https://ghost.org/?ref=warfaredecoded.com), the same platform that powers this website. ### KH-11 KENNEN: America's Secret Spy Satellite That Watches the World From Space URL: https://www.warfaredecoded.com/kh-11-kennen-americas-secret-spy-satellite-that-watches-the-world-from-space/ Last updated: 2026-07-04T18:59:56.000Z The KH-11 KENNEN, codenamed CRYSTAL or the Evolved Enhanced CRYSTAL System (EECS), is thought to be one of the United States' most sophisticated optical reconnaissance satellite systems ever built. Operated by the National Reconnaissance Office (NRO), it is an essential part of the US space-based intelligence gathering capabilities, producing highly detailed images for military and national security use. Although specifics about the KH-11 are closely held secrets, publicly available information suggests it has been a major part of America's surveillance architecture since the 1970s. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/KH-11-KENNEN_-Spy-Satellite.png) Orbiting in low Earth orbit, the KH-11 KENNEN collects high-resolution imagery of strategic locations to support military and intelligence operations. Unlike the earlier generations of film return satellites, the KH-11 is understood to employ digital imaging techniques that enable it to transmit photographs back to the ground almost instantaneously. This makes it much easier and faster for intelligence analysts to track the movements of military units, monitor activity at strategic locations and provide crucial information to military decision-makers in real time. The satellite is believed to be equipped with a large telescope to observe targets on the ground from low Earth orbit. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/KH-11-KENNEN_-Spy-Satellite-Data-Receiver-Groundstation.png) Satellite imagery and telemetry are securely transmitted to a ground station, where analysts process reconnaissance data to support intelligence and military operations. While orbiting the planet multiple times a day, the KH-11 likely monitors military bases, naval ships, missile silos, airports, and other areas of importance around the world. The information provided by the KH-11 supports military intelligence, tactical awareness, monitoring of arms control agreements, and even humanitarian relief and disaster response. It is believed to be used in conjunction with radar imagery satellites and signals intelligence (SIGINT) spacecraft to provide a comprehensive picture of global events. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/KH-11-KENNEN_-Spy-Satellite-Ground-Receivers.png) Multiple antennas at a secure ground station receive vast amounts of imagery and intelligence data transmitted by an orbiting reconnaissance satellite. Several generations of KH-11 satellites have apparently been launched since the original system, with successive upgrades likely improving the satellite's image quality, onboard processing power, communications capabilities, and mission longevity. Although precise specifications remain secret, analysts assume the system has continued to evolve to meet the demanding intelligence needs of the present day. Today, the KH-11 KENNEN is considered one of the premier assets in America's array of overhead surveillance assets, providing invaluable intelligence on a real-time basis. Author: Kevin Macmellon ### Contact URL: https://www.warfaredecoded.com/contact/ Last updated: 2026-09-25T21:12:07.000Z Have a tip, a correction, feedback, or a story idea? We'd love to hear from you. **General inquiries & tips** Email: contact@warfaredecoded.com **Follow us** Stay connected and get the latest defense news updates: - X: https://x.com/warfaredecoded - Facebook: https://facebook.com/warfaredecoded - Instagram: https://instagram.com/warfaredecoded We read every message and try to respond as quickly as we can — thanks for being part of the Warfare Decoded community. ### Privacy Policy URL: https://www.warfaredecoded.com/privacy-policy/ Last updated: 2026-09-25T21:20:41.000Z **Last Updated: September 26, 2026** Welcome to **WarfareDecoded** (“we,” “us,” “our,” or “WarfareDecoded”). 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Contact Us If you have questions, concerns, or requests regarding this Privacy Policy or the way WarfareDecoded handles information, please contact us: **WarfareDecoded** **Email:** contact@warfaredecoded.com **Website:** [https://www.warfaredecoded.com](https://www.warfaredecoded.com/) We will make reasonable efforts to respond to privacy-related inquiries in accordance with applicable laws. --- **WarfareDecoded** © 2026 WarfareDecoded. All rights reserved. ## Posts ### Anduril Unveils Steelfin Family of Surface-to-Air Interceptor Missiles URL: https://www.warfaredecoded.com/anduril-unveils-steelfin-family-of-surface-to-air-interceptor-missiles/ Last updated: 2026-10-13T18:18:28.000Z U.S. defense technology company Anduril Industries has unveiled Steelfin, a family of surface-to-air interceptor missiles designed to address a range of aerial threats. Announced on October 12, 2026, the system features a modular architecture intended to simplify manufacturing and support different interception requirements. According to [Anduril’s official Steelfin announcement](https://www.anduril.com/news/steelfin?ref=warfaredecoded.com), the family uses a shared terminal-interceptor design across multiple variants. The announcement comes as the United States seeks to expand interceptor production and strengthen air and missile defenses. [Reuters’ report on Steelfin](https://www.reuters.com/business/aerospace-defense/anduril-unveils-interceptor-missile-family-steelfin-to-counter-varied-threats-2026-10-12/?ref=warfaredecoded.com) says Anduril is targeting annual production of several thousand missiles in the near term. ## A Modular Design for Different Threats Steelfin combines a first-stage booster with a second-stage terminal interceptor. Anduril’s approach is intended to allow different booster configurations to use a common interceptor architecture, reducing the need to develop a completely separate missile for every mission. As described in [Aviation Week’s coverage of the Steelfin unveiling](https://aviationweek.com/defense/missile-defense-weapons/anduril-unveils-steelfin-affordable-missile-interceptor?ref=warfaredecoded.com), the proposed family includes booster configurations with different diameters to accommodate varying performance requirements. The concept is designed to give military customers more flexibility in selecting interceptor configurations. However, the operational performance of individual variants will need to be established through testing and further technical disclosures. ## Anduril Targets Higher Production Capacity A central goal of Steelfin is to make interceptor manufacturing more adaptable. Producing different missile types can require specialized tooling, separate production processes, and components that are difficult to source at scale. Anduril says its common architecture and manufacturing approach are intended to simplify production across the family. The company’s target of producing several thousand variants annually is an ambitious manufacturing objective, not a confirmed delivery rate. Actual output will depend on customer orders, component availability, production readiness, and successful testing. The wider defense industry is also working to expand munitions manufacturing as demand for air-defense systems increases. Whether Steelfin can be produced at the proposed scale will become clearer as the program advances. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Anduril-Surface-to-Air-Missile.png) ****Image credit:** Image courtesy of Anduril Industries' official website. Enhanced and resized by WarfareDecoded. ## Planned Compatibility With Existing Defense Systems Anduril says Steelfin is designed to accommodate existing launch infrastructure, including the M903A2 launcher, the Mk 41 Vertical Launch System and the Typhon system. The company also identifies integration with established fire-control systems, including Aegis and the U.S. Army’s Integrated Battle Command System. These are stated design and integration objectives. They should not be interpreted as confirmation that every missile variant has completed testing or received operational approval for use with each launcher and command system. If the intended compatibility is demonstrated, it could reduce the need for customers to build entirely new launch infrastructure for the interceptor family. ## Flight Testing Planned for 2027 Anduril says it has completed ballistic testing with representative air vehicles and plans to begin flight testing Steelfin variants in 2027\. As [the company’s announcement explains](https://www.anduril.com/news/steelfin?ref=warfaredecoded.com), the program is still progressing toward flight tests. Those tests will be important for evaluating the system’s flight characteristics, reliability, and interception performance. Publicly available information does not yet establish the full operational capabilities of each proposed variant. Steelfin should therefore be understood as a developing interceptor program, rather than a missile family already confirmed to be operationally deployed. ## A Competitive Market for Interceptor Missiles Steelfin enters a market in which defense manufacturers are under pressure to deliver more interceptors while controlling costs and reducing production bottlenecks. [Reuters’ reporting on the announcement](https://www.reuters.com/business/aerospace-defense/anduril-unveils-interceptor-missile-family-steelfin-to-counter-varied-threats-2026-10-12/?ref=warfaredecoded.com) places the unveiling within the broader push to expand weapons production and replenish defense inventories. Anduril’s proposition is that a common design, combined with adaptable manufacturing, could support several interceptor configurations without requiring entirely separate production systems for each one. The approach’s eventual value will depend on flight-test results, production costs, integration with existing defenses, and orders from military customers. For now, Steelfin represents Anduril’s attempt to address interceptor demand through a modular missile family and a manufacturing model designed for scale. Author: Kevin Macmellon ### Russian Attack on Zaporizhzhia Kills 20 as Trump Eases Diesel Sanctions on Moscow URL: https://www.warfaredecoded.com/russian-attack-on-zaporizhzhia-kills-20-as-trump-eases-diesel-sanctions-on-moscow/ Last updated: 2026-10-12T14:30:00.000Z Russian attack on the southern Ukrainian city of Zaporizhzhia killed 20 people, including three children, and wounded 18 others on October 10, 2026, according to Ukrainian officials cited by [Reuters](https://www.reuters.com/business/aerospace-defense/russian-attack-ukraines-zaporizhzhia-kills-seven-governor-says-2026-10-10/?ref=warfaredecoded.com). The strike hit residential buildings, leaving parts of an apartment block in ruins as emergency crews searched through the debris for survivors. The attack came a day after U.S. President Donald Trump announced an agreement involving Russian diesel supplies and a temporary easing of sanctions on Russian fuel exports. The timing has intensified criticism from Kyiv as Washington pursues efforts to address rising fuel prices while seeking a path toward ending Russia’s war against Ukraine. ## Residential Buildings Hit in Zaporizhzhia According to Reuters, Russian forces struck several locations in Zaporizhzhia during the early hours of Saturday. Five glide bombs hit residential buildings, and the resulting damage left rescuers working through collapsed masonry to reach trapped residents. Among those killed was a six-year-old girl, Reuters reported. Eighteen people were wounded in the attack on the industrial city, which had a prewar population of more than 700,000\. Parts of the city lie less than 30 kilometres from the front line. The strike was the third major mass-casualty attack in Ukraine that week. Reuters reported that attacks on Kramatorsk and Pryluky on Wednesday and Thursday had killed dozens of civilians, adding to the mounting toll from Russia’s bombardment of Ukrainian cities. ## Zelenskyy Criticizes Washington’s Diesel Decision Ukrainian President Volodymyr Zelenskyy sharply criticized the easing of sanctions, arguing that reducing economic pressure on Moscow could weaken incentives for Russia to stop fighting. He linked the policy announcement to the subsequent attack on Zaporizhzhia, although the timing alone does not establish that the sanctions decision caused or encouraged the strike. The disagreement highlights a central tension in U.S. policy: Washington is attempting to reduce fuel costs while Kyiv wants stronger economic pressure on Russia to force meaningful negotiations. In a separate report published on October 9, [Reuters detailed Trump’s announcement that Russia would supply diesel to the United States and global markets](https://www.reuters.com/business/energy/trump-says-russia-immediately-supply-300000-tons-diesel-fuel-2026-10-09/?ref=warfaredecoded.com). Trump said the initial supply would exceed 300,000 metric tons, with additional shipments planned. The administration’s move included a temporary easing of sanctions to facilitate Russian fuel exports. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Firefighters-Amid-Apartment-Ruins-and-Smoke.png) ****Image credit:** Photo via [Wikimedia Commons — Dnipro after the Russian missile attack, January 14, 2023](https://commons.wikimedia.org/wiki/File:Dnipro%5Fafter%5FRussian%5Fmissile%5Fattack,%5F2023-01-14%5F%2802-01%29.jpg?ref=warfaredecoded.com). ## Why the United States Is Easing Diesel Sanctions The decision comes as fuel prices have risen sharply amid supply disruptions associated with the U.S.-Israeli war with Iran. Diesel is particularly important to trucking, agriculture, and other industries that depend on heavy transport and machinery. Higher prices can feed into the cost of moving goods and producing food, putting additional pressure on consumers and businesses. Trump has presented additional fuel supplies as a way to bring prices down. However, the effect of the Russian deal remains uncertain. The volume that reaches the market, the timing of deliveries, and broader conditions in global energy markets will influence whether the arrangement produces sustained price relief. ## Further Attacks Reported Across Ukraine The violence extended beyond Zaporizhzhia. Reuters reported that Russian drones flew over Kyiv during a major wave of attacks, while parts of the capital and the surrounding region lost power. The disruption halted metro services for the second time that week. Russia’s Defence Ministry said its drones had struck a data-processing centre in Kyiv and a cargo ship carrying military supplies to Odesa. Those statements were attributed to the Russian ministry and should be distinguished from independently verified details of damage and casualties. ## Diplomatic Efforts Face Renewed Strain The Zaporizhzhia attack underscores the difficulty of advancing diplomatic efforts while large-scale strikes continue. Ukraine has called for stronger pressure on Russia, while the Trump administration is also responding to domestic concerns over energy prices. The consequences of the diesel agreement will become clearer as shipments proceed and the sanctions changes take effect. The human cost of the Zaporizhzhia strike, meanwhile, adds to the pressure on international efforts to protect civilians and secure a lasting settlement. Author: Kevin Macmellon ### U.S. Coast Guard Orders Four MQ-9B Drones in $247.8 Million Deal URL: https://www.warfaredecoded.com/u-s-coast-guard-orders-four-mq-9b-drones-in-247-8-million-deal/ Last updated: 2026-10-11T14:29:59.000Z U.S. Coast Guard has ordered four MQ-9B long-range unmanned aircraft systems in a $247.8 million acquisition intended to strengthen maritime surveillance, search and rescue, and counter-drug operations. The purchase marks the service’s first direct order for the MQ-9B platform, according to [Breaking Defense’s report published October 9, 2026](https://breakingdefense.com/2026/10/coast-guard-places-248-million-order-for-first-mq-9b-drones/?ref=warfaredecoded.com). The order includes the four aircraft, ground control stations, and supporting equipment. It was placed through a U.S. Customs and Border Protection contract, giving the Coast Guard access to a long-endurance aerial surveillance capability without relying exclusively on its existing crewed aircraft and surface vessels. [SeaPower Magazine also reported details of the acquisition](https://seapowermagazine.org/coast-guard-acquires-four-mq-9b-long-range-uavs/?ref=warfaredecoded.com). ## MQ-9B Acquisition Targets Wider Maritime Surveillance The aircraft are intended to help the Coast Guard monitor offshore waters, protect maritime approaches and support missions against drug trafficking and illegal fishing. They can also contribute to search and rescue by providing surveillance over large areas that may be difficult for ships or helicopters to cover quickly. The Coast Guard has already worked with Customs and Border Protection using the earlier MQ-9A platform. Its existing long-range unmanned aircraft program has supported surveillance across land and maritime environments. The service describes these operations as a way to improve awareness of potential threats and provide information to crews making operational decisions. More background is available on the [Coast Guard’s official long-range unmanned aircraft program page](https://www.dcms.uscg.mil/Our-Organization/Assistant-Commandant-for-Acquisitions-CG-9/Programs/Robotics-and-Autonomous-Systems/Air/?ref=warfaredecoded.com). ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/MQ-9-Reaper-Over-Desert-Terrain.png) ****Image credit:** U.S. Air Force photo by Lt. Col. Leslie Pratt, via [Wikimedia Commons](https://commons.wikimedia.org/wiki/File:MQ-9%5FReaper%5FUAV%5F%28cropped%29.jpg?ref=warfaredecoded.com). Public domain. ## What Is the MQ-9B? The MQ-9B is a remotely piloted aircraft developed by General Atomics for long-endurance intelligence, surveillance, and reconnaissance missions. Depending on its configuration, the platform can carry sensors for monitoring activity across wide areas and transmitting information to operators on the ground. General Atomics describes its maritime-focused SeaGuardian configuration as capable of remaining airborne for more than 30 hours, with a mission radius of approximately 1,200 nautical miles. These figures refer to the manufacturer’s stated capability and should not be treated as a guaranteed duration or range for every mission. The Coast Guard’s order announcement, as reported by Breaking Defense, does not establish the exact sensor fit or final variant designation for each aircraft. ## The Aircraft Are Not Expected to Carry Weapons The four drones are intended for surveillance and other Coast Guard missions rather than offensive strike operations. A Coast Guard spokesperson told Breaking Defense that the aircraft are not expected to carry weapons. Their value lies in extending the service’s ability to detect activity at sea and share information with operational teams. Persistent surveillance can help direct patrol vessels and crewed aircraft toward areas where assistance or enforcement action may be needed. ## Building on Existing Coast Guard and CBP Cooperation The purchase builds on the agencies’ existing cooperation in operating MQ-9A aircraft. According to the Coast Guard’s program information, the joint long-range unmanned aircraft effort has supported border and maritime surveillance for years. The new MQ-9B acquisition adds a further capability to that relationship, although the order alone does not establish when all four aircraft will become operational or how they will be allocated across missions. Delivery schedules, training, maintenance arrangements and sensor integration will influence how quickly the aircraft can contribute to routine operations. ## What the $247.8 Million Order Means The $247.8 million package covers more than the aircraft themselves: ground control stations and supporting equipment are also included. This broader acquisition is necessary to operate remotely piloted aircraft and connect them to the personnel and systems that use their surveillance data. The order represents a significant investment in long-range maritime awareness for the Coast Guard. Its eventual operational impact will depend on delivery and integration, but the acquisition gives the service a dedicated MQ-9B fleet to support surveillance, search and rescue, and law-enforcement missions over extensive maritime areas. Author: Kevin Macmellon ### Pentagon Signs Up to $6.3 Billion Raytheon Deal for SM-3 Missile Interceptors URL: https://www.warfaredecoded.com/pentagon-signs-up-to-6-3-billion-raytheon-deal-for-sm-3-missile-interceptors/ Last updated: 2026-10-10T16:59:59.000Z U.S. Department of Defense has awarded Raytheon, a subsidiary of RTX, a multiyear contract valued at up to $6.3 billion to produce and sustain Standard Missile-3 Block IB (SM-3 IB) interceptors. The deal, announced on October 8, 2026, comes as the Pentagon works to replenish missile-defense inventories and expand weapons production. [Reuters reported on the contract](https://www.reuters.com/business/aerospace-defense/rtxs-raytheon-wins-up-63-billion-us-missile-contract-2026-10-08/?ref=warfaredecoded.com), while [Raytheon’s official announcement](https://raytheon.mediaroom.com/2026-10-08-RTXs-Raytheon-awarded-6-3-billion-multi-year-contract-for-SM-3-IB-interceptors?ref=warfaredecoded.com) confirms the agreement’s duration and production arrangements. ## Contract Covers Five Years, With Two Additional Options The agreement includes a five-year base period and two additional option years, giving it a potential total value of $6.3 billion. According to [Breaking Defense’s report on the contract](https://breakingdefense.com/2026/10/pentagon-raytheon-ink-up-to-6-3-billion-multi-year-contract-for-sm-3-ib-missiles/?ref=warfaredecoded.com), the five-year base contract is valued at approximately $4.4 billion, with the additional options accounting for nearly $2 billion more. The announcement does not specify the total number of interceptors to be produced. The final value will depend on the options exercised under the agreement. ## What the SM-3 Block IB Interceptor Does The SM-3 Block IB is designed to intercept short- and intermediate-range ballistic missiles during the midcourse phase of flight, when a target travels outside the atmosphere or near its boundary. It uses a hit-to-kill approach, destroying a target through direct impact rather than relying on a conventional explosive warhead. According to [Raytheon’s technical description of the system](https://raytheon.mediaroom.com/2026-10-08-RTXs-Raytheon-awarded-6-3-billion-multi-year-contract-for-SM-3-IB-interceptors?ref=warfaredecoded.com), the interceptor can be launched from ships and land-based installations. It forms part of the broader missile-defense architecture used by the U.S. Navy and the Missile Defense Agency. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Destroyer-70-Missile-Launch-at-Sea.png) ****Image credit:** U.S. Navy photo, via [Wikimedia Commons — USS Hopper launches an SM-3 Block IA](https://ro.wikipedia.org/wiki/Fi%C8%99ier:US%5FNavy%5F090730-N-XXXXX-001%5FThe%5FAegis-class%5Fdestroyer%5FUSS%5FHopper%5F%28DDG%5F70%29%5Flaunches%5Fa%5Fstandard%5Fmissile%5F%28SM%29%5F3%5FBlk%5FIA.jpg?ref=warfaredecoded.com). Public domain. ## Why the Pentagon Is Replenishing Interceptor Stocks The contract comes amid a broader U.S. effort to rebuild missile inventories and increase production of weapons used for air and missile defense. [Reuters’ coverage of the agreement](https://www.reuters.com/business/aerospace-defense/rtxs-raytheon-wins-up-63-billion-us-missile-contract-2026-10-08/?ref=warfaredecoded.com) describes the deal as part of the Pentagon’s response to depleted stockpiles and rising demand for defensive munitions. The SM-3 IB contract follows other major production agreements. On October 1, Reuters reported that Raytheon had secured a separate deal worth up to $24.4 billion for Standard Missile-6 production. The two systems have different mission profiles, so their contracts represent separate parts of the wider U.S. missile-production effort. [Read Reuters’ report on the SM-6 contract](https://www.reuters.com/business/aerospace-defense/us-navy-awards-rtxs-raytheon-244-billion-contract-standard-missile-6-amid-2026-10-01/?ref=warfaredecoded.com). ## Production Work in Arizona and Alabama Raytheon says work under the SM-3 IB agreement will take place primarily at its facilities in Tucson, Arizona, and Huntsville, Alabama. The company has also described broader efforts to expand production capacity across its Standard Missile portfolio. In February 2026, RTX outlined agreements with the Pentagon covering several critical munitions, including SM-3 variants, SM-6, AMRAAM and Tomahawk missiles. These agreements form part of a wider effort to increase manufacturing output and improve delivery capacity. [See RTX’s overview of its munitions agreements](https://www.rtx.com/news/2026/02/04/munitions-agreements?ref=warfaredecoded.com). Expanding production, however, requires more than a contract award. Manufacturing capacity also depends on component suppliers, skilled workers, testing facilities and predictable funding. The contract announcement does not provide a complete delivery schedule or confirm how quickly the new agreement will increase the number of available interceptors. ## What the Deal Means for U.S. Missile Defense The agreement provides Raytheon with a multiyear framework for producing and sustaining the SM-3 Block IB interceptor, while giving the Pentagon the option to extend the arrangement for two additional years. Its practical effect on inventory levels will depend on production performance, funding, and the exercise of those options. The contract is therefore a significant step in the U.S. effort to support its ballistic missile-defense capability, but the announced maximum value alone does not establish how many additional interceptors will be delivered or when they will enter service. Author: Kevin Macmellon ### RTX receives $24.4 billion US Navy missile deal to boost SM-6 output URL: https://www.warfaredecoded.com/rtx-receives-24-4-billion-us-navy-missile-deal-to-boost-sm-6-output/ Last updated: 2026-10-08T14:30:52.000Z RTX's Raytheon business has received a **five-year U.S. Navy contract worth up to $24.4 billion** to produce Standard Missile-6 (SM-6) interceptors, as the United States moves to replenish missile inventories and expand production capacity. The agreement also includes **two additional option years**. [Reuters](https://www.reuters.com/business/aerospace-defense/us-navy-awards-rtxs-raytheon-244-billion-contract-standard-missile-6-amid-2026-10-01/?utm%5Fsource=chatgpt.com) The award provides the Navy with a longer-term supply of SM-6 missiles, which are designed for multiple missions including air defense, anti-surface warfare and ballistic missile defense. [Reuters](https://www.reuters.com/business/aerospace-defense/us-navy-awards-rtxs-raytheon-244-billion-contract-standard-missile-6-amid-2026-10-01/?utm%5Fsource=chatgpt.com) ## $24.4 Billion Contract Covers Five Years The Navy's agreement with Raytheon is structured as a multiyear procurement arrangement. The initial term covers five years, with two additional option years that could extend the arrangement. The contract is intended to provide greater production stability while giving Raytheon a stronger demand signal to expand manufacturing capacity. Reuters reported that the Pentagon is using several large multiyear weapons agreements to encourage defense companies to increase output more rapidly. [Reuters](https://www.reuters.com/business/aerospace-defense/us-navy-awards-rtxs-raytheon-244-billion-contract-standard-missile-6-amid-2026-10-01/?utm%5Fsource=chatgpt.com) RTX said its earlier production framework for the SM-6 was designed to raise annual output to **more than 500 missiles**. The company has also invested in its workforce, supplier network and manufacturing automation to support higher production rates. [RTX](https://www.rtx.com/news/news-center/2026/02/04/rtxs-raytheon-partners-with-department-of-war-on-five-landmark-agreements-to-exp?utm%5Fsource=chatgpt.com) ## SM-6 Is Designed for Multiple Missions The Standard Missile-6 is a major component of the U.S. Navy's integrated air and missile defense architecture. Unlike missiles designed for a single primary mission, the SM-6 can be employed against **aircraft, surface targets, and ballistic missile threats**. It can be launched from U.S. Navy ships as well as certain land-based launchers. [Reuters](https://www.reuters.com/business/aerospace-defense/us-navy-awards-rtxs-raytheon-244-billion-contract-standard-missile-6-amid-2026-10-01/?utm%5Fsource=chatgpt.com) The missile is closely associated with the Navy's **Aegis combat system**, allowing compatible ships to use it as part of their layered air and missile defense capabilities. ## Navy Seeks to Rebuild Missile Stockpiles The contract comes as the Pentagon seeks to replenish weapons inventories following sustained demand from recent conflicts in the Middle East. Reuters reported that the SM-6 agreement follows several other major U.S. weapons-production deals, including a **$20.7 billion provisional multiyear agreement for AMRAAM missiles** and a **$58.6 billion Patriot interceptor agreement with Lockheed Martin**. [Reuters](https://www.reuters.com/business/aerospace-defense/us-navy-awards-rtxs-raytheon-244-billion-contract-standard-missile-6-amid-2026-10-01/?utm%5Fsource=chatgpt.com) The broader approach is intended to give defense manufacturers more predictable demand while encouraging them to invest in production facilities, equipment and suppliers. ## RTX Expands Its Missile Manufacturing Base Raytheon has been expanding production capacity across its U.S. manufacturing network. RTX said it has invested in additional manufacturing capabilities and automation while expanding its skilled workforce and strengthening relationships with suppliers. The company also previously announced a **$115 million expansion at its Alabama facility**, where components of several missile systems are assembled into integrated weapons. [RTX](https://www.rtx.com/news/2026/02/04/munitions-agreements?utm%5Fsource=chatgpt.com) The company's February framework agreements also targeted increased production of other major weapons, including Tomahawk, AMRAAM and SM-3 interceptors. [RTX](https://www.rtx.com/news/news-center/2026/02/04/rtxs-raytheon-partners-with-department-of-war-on-five-landmark-agreements-to-exp?utm%5Fsource=chatgpt.com) ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/7714429-1.jpg) Image credit: U.S. Missile Defense Agency photo by Mark Wright / DVIDS. Public Domain. Image resized and enhanced by WarfareDecoded ## Funding Remains an Important Issue While the $24.4 billion figure represents the potential value of the agreement, the full amount should not be interpreted as an immediate payment to RTX. Reuters reported that defense-industry executives have warned that Congress has not yet appropriated all the funding associated with some of the Pentagon's large production agreements. That could affect how quickly manufacturers can make certain large-scale investments. [Reuters](https://www.reuters.com/business/aerospace-defense/us-navy-awards-rtxs-raytheon-244-billion-contract-standard-missile-6-amid-2026-10-01/?utm%5Fsource=chatgpt.com) For the Navy, however, the multiyear arrangement provides a stronger basis for planning future SM-6 procurement and expanding the missile supply chain. ## What the SM-6 Deal Means for the U.S. Navy The agreement is part of a wider effort to increase the depth of U.S. missile inventories while expanding the industrial capacity needed to sustain them. For the Navy, higher SM-6 production could provide additional inventory for ship-based air defense, ballistic missile defense, and other missions. For RTX, the contract provides a substantial long-term production opportunity while supporting investments intended to remove manufacturing bottlenecks. The deal also highlights the growing emphasis Washington is placing on **domestic weapons production capacity**, rather than relying solely on existing manufacturing rates. Author: Kevin Macmellon ### Anduril, US Navy invests $6.6 billion to boost submarine parts production URL: https://www.warfaredecoded.com/anduril-us-navy-invests-6-6-billion-to-boost-submarine-parts-production/ Last updated: 2026-10-07T14:30:34.000Z Anduril Industries plans to invest **$3.7 billion** to build a new shipyard in Maryland dedicated to producing components for U.S. Navy Virginia-class submarines. The Navy is separately awarding Anduril a contract worth **up to $2.9 billion**, bringing the combined investment and contract value to as much as **$6.6 billion**. [Reuters](https://www.reuters.com/business/aerospace-defense/anduril-us-navy-invest-66-bln-boost-submarine-parts-production-2026-10-06/?utm%5Fsource=chatgpt.com) The project is part of a broader effort to expand the U.S. submarine industrial base and increase manufacturing capacity for critical naval components. ## Anduril Plans New Arsenal-2 Shipyard The new facility, called **Arsenal-2**, will be located in Baltimore County, Maryland. Anduril expects the facility to become operational toward the end of the decade. The company expects the Maryland operation to create approximately **3,100 direct jobs** and support more than **11,000 indirect jobs** once established. [Reuters](https://www.reuters.com/business/aerospace-defense/anduril-us-navy-invest-66-bln-boost-submarine-parts-production-2026-10-06/?utm%5Fsource=chatgpt.com) The project represents a major expansion of Anduril's manufacturing footprint beyond its traditional focus on autonomous systems, drones and military software. ## Navy Contract Could Reach $2.9 Billion Alongside its private investment, Anduril will receive a U.S. Navy contract worth up to **$2.9 billion** to manufacture submarine components. According to Reuters, payments under the arrangement will be tied to production outcomes, with Anduril assuming much of the execution risk associated with building and operating the new manufacturing capability. [Reuters](https://www.reuters.com/business/aerospace-defense/anduril-us-navy-invest-66-bln-boost-submarine-parts-production-2026-10-06/?utm%5Fsource=chatgpt.com) The structure is intended to connect government spending more directly to the delivery of manufactured components rather than simply financing the construction of a new facility. ## Production Will Focus on Virginia-Class Submarines Anduril is already developing a manufacturing facility in California that produces critical Virginia-class submarine components, including **torpedo tubes**. The company plans to use Arsenal-2 to expand into larger components and assemblies, potentially including **larger submarine modules and hull sections** as the Baltimore facility becomes operational. [Reuters](https://www.reuters.com/business/aerospace-defense/anduril-us-navy-invest-66-bln-boost-submarine-parts-production-2026-10-06/?utm%5Fsource=chatgpt.com) The Virginia class is the U.S. Navy's latest generation of nuclear-powered attack submarines. The boats are designed for missions including anti-submarine warfare, intelligence and surveillance, and land-attack operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Anduril-Logo-on-White.png) Image credit: Anduril Industries, Inc. / Wikimedia Commons. Public Domain. Image resized and enhanced by WarfareDecoded ## U.S. Submarine Industry Faces Capacity Challenges The investment comes as the U.S. government works to strengthen the industrial base supporting submarine construction. The Navy's Submarine Industrial Base program identifies constrained supplier capacity and limited manufacturing availability as important challenges for submarine production. The program is working to expand the supplier network and increase production capacity across the industrial base. [U.S. Department of the Navy](https://www.secnav.navy.mil/rda/sib/Pages/Supply.aspx?utm%5Fsource=chatgpt.com) Adding new suppliers and manufacturing facilities could provide additional capacity for components that are required by the country's nuclear-powered submarine programs. ## Anduril Expands Beyond Autonomous Systems Anduril was founded in 2017 and became widely known for autonomous military systems, drones and command-and-control software. The company has increasingly expanded into maritime and undersea technologies. The new shipyard marks another step in that expansion, placing Anduril more directly into the manufacturing supply chain supporting a major U.S. Navy platform. [Reuters](https://www.reuters.com/business/aerospace-defense/anduril-us-navy-invest-66-bln-boost-submarine-parts-production-2026-10-06/?utm%5Fsource=chatgpt.com) The company also operates **Arsenal-1**, a large manufacturing facility in Ohio focused on autonomous combat systems. [Reuters](https://www.reuters.com/business/aerospace-defense/anduril-us-navy-invest-66-bln-boost-submarine-parts-production-2026-10-06/?utm%5Fsource=chatgpt.com) ## Why the $6.6 Billion Investment Matters The combined $6.6 billion initiative illustrates how the U.S. is attempting to increase defense manufacturing capacity by combining private-sector investment with government procurement. For the Navy, additional suppliers could help reduce pressure on existing submarine manufacturers and provide greater capacity for components needed to maintain Virginia-class production. For Anduril, the project represents a significant move from developing defense technology into operating large-scale industrial infrastructure. Author: Kevin Macmellon ### Boeing Wins $14.7 Billion Contract to Expand Patriot PAC-3 MSE Production URL: https://www.warfaredecoded.com/boeing-wins-14-7-billion-contract-to-expand-patriot-pac-3-mse-production/ Last updated: 2026-10-06T15:00:32.000Z [Reuters](https://www.reuters.com/business/aerospace-defense/boeing-receives-lockheed-pac-3-mse-contract-worth-up-147-billion-2026-10-05/?utm%5Fsource=chatgpt.com) reported that Boeing has received a seven-year contract worth approximately $14.7 billion from Lockheed Martin to expand production and supply seekers for the Patriot PAC-3 Missile Segment Enhancement (MSE) interceptor. The agreement is intended to significantly increase production capacity for a critical component of the U.S. and allied air-defense system. [Reuters](https://www.reuters.com/business/aerospace-defense/boeing-receives-lockheed-pac-3-mse-contract-worth-up-147-billion-2026-10-05/?utm%5Fsource=chatgpt.com) ## Boeing to Triple PAC-3 MSE Seeker Production The contract will allow Boeing to **triple production of PAC-3 MSE seekers**, the guidance component installed in the interceptor. The seeker helps the missile identify and track its target during an engagement. [Reuters](https://www.reuters.com/business/aerospace-defense/boeing-receives-lockheed-pac-3-mse-contract-worth-up-147-billion-2026-10-05/?utm%5Fsource=chatgpt.com) Boeing said production expansion and hiring had already begun earlier this year following a broader seven-year framework agreement. The company has also invested in expanding and modernizing its seeker manufacturing facilities in Huntsville, Alabama. [MediaRoom](https://boeing.mediaroom.com/2026-10-05-Boeing-receives-seven-year-contract-to-accelerate-PAC-3-MSE-seeker-output?utm%5Fsource=chatgpt.com) ## PAC-3 MSE Is a Key Patriot Interceptor The PAC-3 MSE is a **hit-to-kill interceptor** used by the Patriot air-defense system. Unlike a conventional warhead-based interceptor, the PAC-3 family is designed to destroy incoming threats through direct impact. The U.S. Army describes the PAC-3 MSE as part of its layered air and missile defense architecture and says the interceptor is designed to counter tactical ballistic missiles, cruise missiles and aircraft. [www.army.mil](https://www.army.mil/article-amp/291670/u%5Fs%5Farmy%5Fadvances%5Faccelerated%5Fpac%5F3%5Fmse%5Fproduction%5Fthrough%5Fcontract%5Faction?utm%5Fsource=chatgpt.com) The MSE variant provides improvements in range, altitude and overall performance compared with earlier PAC-3 versions, making it an important component of modern Patriot batteries. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Desert-Missile-Launch-Test.png) Image credit: U.S. Army photo by Darrell Ames / DVIDS. Public Domain. Image resized and enhanced by WarfareDecoded ## Production Capacity Is Being Expanded The Boeing agreement is part of a broader effort to increase production of PAC-3 interceptors. In January, Lockheed Martin announced a seven-year framework agreement with the U.S. Department of War aimed at increasing annual PAC-3 production capacity from roughly **600 missiles to as many as 2,000 per year**. [Yahoo Finance](https://finance.yahoo.com/economy/policy/articles/boeing-receives-lockheed-pac-3-185256334.html?utm%5Fsource=chatgpt.com) The expansion comes as demand for advanced air-defense interceptors has increased. Patriot systems and PAC-3 missiles have been supplied to the United States and allied countries, while recent conflicts have demonstrated the importance of maintaining adequate interceptor inventories. ## The $14.7 Billion Agreement Is Not Fully Definitized Although the agreement is valued at approximately $14.7 billion, it is an **undefinitized contract action**, meaning the final terms have not yet been completely negotiated. This distinction is important when describing the value. The $14.7 billion figure represents the announced value of the contract action rather than necessarily being an immediately paid amount. Reuters also reported that industry executives have warned Congress has not yet appropriated funding for some of the broader production agreements, potentially affecting how quickly companies can make large-scale investments in additional capacity. [Yahoo Finance](https://finance.yahoo.com/economy/policy/articles/boeing-receives-lockheed-pac-3-185256334.html?utm%5Fsource=chatgpt.com) ## Boeing Expands the U.S. Missile Supply Chain Boeing's role focuses on the seeker rather than production of the entire PAC-3 MSE missile. The seeker is one of several critical components required to produce the complete interceptor. Boeing said its expansion includes investments in manufacturing facilities, supplier relationships and production processes. The company expects the expansion to create hundreds of direct and indirect jobs in the Huntsville area. [MediaRoom](https://boeing.mediaroom.com/2026-10-05-Boeing-receives-seven-year-contract-to-accelerate-PAC-3-MSE-seeker-output?utm%5Fsource=chatgpt.com) ## Why the Contract Matters The agreement reflects a broader effort by the United States to increase domestic production capacity for air-defense weapons. Expanding production of both complete interceptors and critical components can reduce manufacturing bottlenecks and make it easier to replenish inventories. For Patriot operators, increased PAC-3 MSE production could eventually provide greater access to interceptors used against ballistic missiles, cruise missiles and aircraft. The contract therefore represents not only a major industrial investment for Boeing, but also another step in the wider expansion of the U.S. missile-defense supply chain. Author: Kevin Macmellon ### Russia Targets Ukrainian Data Centers as Attacks on Communications Increase URL: https://www.warfaredecoded.com/russia-targets-ukrainian-data-centers-as-attacks-on-communications-increase/ Last updated: 2026-10-05T15:00:45.000Z Russian strikes on Ukrainian telecommunications and data infrastructure have increased in recent weeks, with several facilities targeted as Kyiv works to keep critical digital services operating during the war. Reuters reported on September 27 that Russia had struck the headquarters of Kyivstar, Ukraine’s largest mobile operator, while Russia’s Defense Ministry said it had also targeted a data center belonging to Vodafone Ukraine. Ukrainian authorities said attacks on data centers used by internet providers had disrupted services affecting about 100,000 households in and around Kyiv. [Reuters](https://www.reuters.com/business/aerospace-defense/russia-hits-ukraines-largest-mobile-provider-strikes-data-centres-2026-09-27/?utm%5Fsource=chatgpt.com) ## Data Centers Become a Target The recent attacks have highlighted the growing importance of data centers and communications facilities to Ukraine’s wartime resilience. Ukrainian Foreign Minister Andrii Sybiha said Russia was targeting major data centers in an effort to disrupt information flows. He also emphasized the importance of communications networks for rapidly delivering missile and drone warnings to the population. [Reuters](https://www.reuters.com/business/aerospace-defense/russia-hits-ukraines-largest-mobile-provider-strikes-data-centres-2026-09-27/?utm%5Fsource=chatgpt.com) On October 4, Russia's Defense Ministry also said Russian forces had struck a data center in Odesa. Reuters noted that the Russian claims could not be independently verified. [Reuters](https://www.reuters.com/world/russia-says-it-hit-kyiv-bridge-two-vessels-black-sea-2026-10-04/?utm%5Fsource=chatgpt.com) ## Ukraine Moves to Protect Critical Digital Infrastructure Ukraine has acknowledged that protecting data centers has become an important part of its broader infrastructure-security effort. President Volodymyr Zelenskyy said on September 25 that additional measures had been approved to protect data centers and other facilities considered critical to communications and to ensure their continued operation. [President.gov.ua](https://www.president.gov.ua/en/news/ye-novi-rishennya-shodo-rozgortannya-virobnictva-v-ukrayini-106597?utm%5Fsource=chatgpt.com) Ukraine has also been strengthening protection for critical infrastructure through electronic warfare, air-defense measures and mobile fire groups. Earlier in September, Zelenskyy said the government was updating measures designed to protect designated critical facilities from Russian attacks. [President.gov.ua](https://www.president.gov.ua/en/news/ye-rishennya-dlya-zahistu-zokrema-vidchutno-posilimo-skladov-106389?utm%5Fsource=chatgpt.com) ## Former Ukrainian Official Warns of Increased Attacks Kateryna Chernohorenko, Ukraine’s former deputy defense minister for digital transformation, separately told Breaking Defense that data centers had faced increased attacks in recent weeks, including strikes involving Shahed-type drones. Chernohorenko said Ukraine had previously reduced some risks by moving infrastructure abroad and developing underground facilities. She argued that more underground networks and stronger air-defense and counter-drone capabilities would be needed as the threat develops. [Breaking Defense](https://breakingdefense.com/2026/10/in-ukraine-data-centers-facing-increased-attacks-in-recent-weeks-ex-official/?utm%5Fsource=chatgpt.com) Her comments provide additional context to the attacks reported by Reuters, although her assessment should be distinguished from independently verified battlefield events. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/ukraine-space-force-satellite-communications-dish.jpg.png) ****Image credit:** U.S. Space Force photo by Tech. Sgt. Luke Kitterman / Wikimedia Commons. Public Domain. Image resized and enhanced by WarfareDecoded. ## Digital Resilience Helps Keep Services Running Despite damage to some facilities, Ukraine has continued operating many digital services by using redundant systems, cloud infrastructure and geographically distributed facilities. Reuters reported on September 30 that Ukrainian Digital Transformation Minister Oksana Ferchuk said some telecommunications and data-center infrastructure had been destroyed, while digital services continued operating because of redundancy and efforts to move infrastructure underground. [Reuters](https://www.reuters.com/technology/ukraine-sets-its-sights-boosting-high-tech-exports-hails-digital-resilience-2026-09-30/?utm%5Fsource=chatgpt.com) This approach reduces dependence on individual facilities. If one location is damaged, services can potentially be maintained through another data center, cloud provider, or backup network. ## Why Data Centers Matter in Modern Warfare Data centers support much more than ordinary internet services. They can host telecommunications systems, cloud platforms, government services, and other digital infrastructure used by businesses and civilians. In Ukraine, reliable communications are also important for emergency warnings and maintaining essential services during missile and drone attacks. This makes physical protection and digital redundancy increasingly important parts of national resilience. ## What Happens Next Ukraine is continuing to strengthen protection for critical communications infrastructure while expanding measures intended to counter Russian drones and other threats. The recent attacks show how modern warfare increasingly extends beyond traditional military facilities. Data centers, telecommunications networks, and other digital infrastructure can become strategically important because disrupting them can affect communications and essential services even when the facilities themselves are not military bases. Author: Kevin Macmellon ### Taiwan Receives First Two F-16V Block 70 Fighter Jets as China Tensions Continue URL: https://www.warfaredecoded.com/taiwan-receives-first-two-f-16v-block-70-fighter-jets-as-china-tensions-continue/ Last updated: 2026-10-04T14:30:55.000Z Taiwan has received the first two F-16V Block 70 fighter jets from the United States, beginning delivery of a 66-aircraft order intended to strengthen the island’s air-defense capabilities. The two single-seat fighters arrived at Chihhang Air Base in Taitung on October 2 after flying through Hawaii and Guam. [Reuters](https://www.reuters.com/business/aerospace-defense/first-new-f-16v-fighter-jets-arrive-taiwan-bolster-defences-against-china-2026-10-02/?utm%5Fsource=chatgpt.com) ## First Two F-16V Block 70 Jets Arrive The aircraft, carrying tail numbers 6727 and 6728, are the first of 66 F-16 Block 70 fighters Taiwan ordered from the United States in 2019\. Taiwan's Ministry of National Defense said the remaining 63 aircraft are currently in various stages of production and delivery. [Military News Agency](https://mna.mnd.gov.tw/news/detail/?UserKey=50c45de9-6d2a-41c7-a9a5-42cafde3987c&utm%5Fsource=chatgpt.com) The original program experienced delays related to production and software issues. The arrival of the first two aircraft marks the beginning of their integration into Taiwan's air force, with personnel expected to conduct transition training and preparation before the fighters enter regular operations. [Reuters](https://www.reuters.com/business/aerospace-defense/first-new-f-16v-fighter-jets-arrive-taiwan-bolster-defences-against-china-2026-10-02/?utm%5Fsource=chatgpt.com) ## A Major Upgrade for Taiwan’s Fighter Fleet The F-16V Block 70 incorporates upgraded avionics, radar and weapons capabilities compared with Taiwan's older F-16 variants. The aircraft are intended to improve Taiwan's ability to monitor its airspace and respond to increasingly sophisticated aerial threats. The new fighters include systems designed to improve detection and engagement capabilities against modern aircraft, including China's J-20 stealth fighter. Taiwan has previously used F-16s extensively for missions monitoring Chinese military aircraft operating around the island. [Reuters](https://www.reuters.com/business/aerospace-defense/taiwans-first-two-f-16v-fighter-jets-arrive-bolster-defences-against-china-2026-10-02/?utm%5Fsource=chatgpt.com) ## Taiwan’s F-16 Fleet Will Grow The $8 billion U.S. program is expected to bring Taiwan's total F-16 fleet to more than 200 aircraft once all of the new fighters have been delivered. The aircraft will complement Taiwan's existing F-16V Block 20 fleet and other fighter types operated by the air force. [Reuters](https://www.reuters.com/business/aerospace-defense/first-new-f-16v-fighter-jets-arrive-taiwan-bolster-defences-against-china-2026-10-02/?utm%5Fsource=chatgpt.com) Taiwan's air force said it has established a dedicated unit and has already sent personnel to the United States for conversion training. The service plans to progressively build operational capability as additional aircraft return to Taiwan. [Military News Agency](https://mna.mnd.gov.tw/news/detail/?UserKey=0fb3b300-8af6-4993-bed2-e32f56ddc544&utm%5Fsource=chatgpt.com) ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Iraqi-F-16-Over-Desert-Terrain.png) Image credit: U.S. Air Force photo by Master Sgt. Andy Dunaway / Wikimedia Commons. Public Domain. ## Delivery Comes Amid Chinese Military Pressure The delivery comes as Taiwan continues to monitor frequent Chinese military activity around the island. Reuters reported that Taiwan's air force has to scramble almost daily to track Chinese military operations. Beijing claims Taiwan as part of its territory and opposes U.S. arms sales to Taipei. [Reuters](https://www.reuters.com/business/aerospace-defense/first-new-f-16v-fighter-jets-arrive-taiwan-bolster-defences-against-china-2026-10-02/?utm%5Fsource=chatgpt.com) Taiwanese Defence Minister Wellington Koo said more F-16Vs would arrive but did not provide a specific schedule. The U.S. State Department has also reiterated Washington's support for Taiwan's security while Beijing has repeatedly called on the United States to stop supplying weapons to the island. [Reuters](https://www.reuters.com/business/aerospace-defense/first-new-f-16v-fighter-jets-arrive-taiwan-bolster-defences-against-china-2026-10-02/?utm%5Fsource=chatgpt.com) ## What Happens Next Taiwan will now focus on accepting and integrating the first aircraft while additional F-16V Block 70 fighters continue through production and delivery. The program is expected to provide Taiwan with a larger and more modern fighter fleet as it continues upgrading its air-defense capabilities. The arrival of the first two aircraft is therefore an important milestone in Taiwan's long-running F-16 modernization program, but the full capability will develop gradually as more aircraft, trained personnel and supporting systems enter service. Author: Kevin Macmellon ### U.S. Deploys Additional Patriot Batteries to Protect Saudi and Qatari Energy Facilities URL: https://www.warfaredecoded.com/u-s-deploys-additional-patriot-batteries-to-protect-saudi-and-qatari-energy-facilities/ Last updated: 2026-10-03T14:30:10.000Z U.S. military has deployed two additional Patriot air-defense batteries to Saudi Arabia and Qatar to help protect critical oil and natural-gas infrastructure, according to two U.S. officials and a regional source cited by Axios. One Patriot battery was reportedly sent to Saudi Arabia last month to protect a key oil facility, while another was deployed to Qatar to protect a natural-gas facility. The deployments are intended to strengthen protection around important energy infrastructure amid continuing tensions involving the United States and Iran. ## Patriot Battery Sent to Saudi Arabia According to the Axios report, the U.S. military sent one additional Patriot battery to Saudi Arabia to provide protection for a major oil facility. Saudi Arabia is a major oil producer, and disruptions to its production or transportation infrastructure can have wider effects on international energy markets. The reported deployment adds another layer of air defense around critical infrastructure. The specific facility and exact location of the Patriot battery have not been publicly disclosed. ## Additional Patriot Battery Deployed to Qatar A second Patriot battery was reportedly deployed to Qatar to protect a natural-gas facility. Qatar is a major global supplier of liquefied natural gas, making its production and export infrastructure strategically important to international energy markets. The reported deployment is intended to strengthen defensive protection around the facility. The exact location and operational details have not been publicly released. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Patriot-Launchers-on-Deployment.png) Two Patriot missile launchers stand deployed across an open field, highlighting the mobility and layered configuration of a modern air-defense battery ## Deployments Come Amid Continuing Regional Tensions The Patriot deployments come as Washington increases its military presence in the Middle East and considers possible future military operations involving Iran. According to Axios, Saudi and Qatari leaders had raised concerns about the potential consequences of attacks on Iranian energy infrastructure, including the possibility of retaliation against their own oil and gas facilities. The reported U.S. deployments were intended in part to reassure both countries about the protection of their critical infrastructure. However, the deployments do **not by themselves establish that a new attack is imminent**. They indicate that the United States is strengthening defensive preparations around important regional facilities. ## U.S. Central Command Has Not Confirmed the Details The specific Patriot deployments have not been publicly detailed by the U.S. military. A U.S. Central Command spokesperson declined to comment on the Axios report, leaving the reported locations and operational status of the additional batteries based on the officials and regional source cited by Axios. ## Why Patriot Systems Matter The Patriot is a ground-based air-defense system designed to detect and engage certain airborne threats, including aircraft and ballistic and cruise missiles. Placing additional Patriot batteries around energy facilities can provide another defensive layer against potential aerial attacks. The systems would operate as part of a broader air-defense network rather than independently protecting an entire country or region. ## What Is Confirmed and What Remains Unclear The reported deployment of two additional Patriot batteries comes from **two U.S. officials and one regional source cited by Axios**. It has been reported that one battery went to Saudi Arabia to protect an oil facility and another went to Qatar to protect a gas facility. However, the U.S. military has not publicly released the precise locations, deployment configuration or operational details. That distinction is important when reporting the story because these details have not been independently confirmed through an official Pentagon announcement. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/10/Patriot-Radar-Control-Operators.png) Military operators monitor radar displays and manage air-defense systems from inside a Patriot command and control station ## Energy Infrastructure Remains a Key Security Concern The deployments highlight the importance of protecting Gulf energy infrastructure during periods of heightened regional tension. Saudi Arabia's oil infrastructure and Qatar's LNG facilities are connected to global energy markets, meaning a major disruption could extend beyond the immediate region. For now, the reported Patriot deployments represent a defensive measure rather than evidence that an attack on either country's energy infrastructure is underway. Author: Kevin Macmellon ### BAE Systems Delivers Two AMPV 30 Armored Vehicles to U.S. Army After Self-Funded Development URL: https://www.warfaredecoded.com/bae-systems-delivers-two-ampv-30-armored-vehicles-to-u-s-army-after-self-funded-development/ Last updated: 2026-10-02T14:30:54.000Z BAE Systems has delivered two AMPV 30 armored vehicles to the U.S. Army after developing the prototypes through **$17 million in internal research and development funding**. The company completed the project in roughly six months, using the existing Armored Multi-Purpose Vehicle chassis as the foundation. The vehicles were delivered in April to the Army’s **1st Cavalry Division at Fort Hood, Texas**, where they have since undergone field evaluations, including live-fire testing, as part of the Army’s Transformation in Contact 2.0 initiative. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/AMPV-30-Armored-Vehicle.png) U.S. Army AMPV armored vehicle is shown during testing, featuring a modern turreted configuration designed to provide additional direct-fire and counter-drone capabilities ## A 30mm Turret Adds New Firepower The AMPV 30 replaces the standard turretless configuration with a **Kongsberg Medium Caliber Turret (MCT-30)** equipped with a 30mm automatic cannon. The turret is remotely operated and provides the vehicle with additional direct-fire capability against ground targets and other threats. BAE Systems has also integrated counter-unmanned aircraft capabilities, including onboard radar and electro-optical/infrared sensors designed to detect and track drones. Soldiers can engage detected threats using the 30mm cannon or a secondary 7.62mm coaxial machine gun. ## Army Did Not Formally Request the Vehicle Despite the vehicles being evaluated by an Army unit, the AMPV 30 was **not developed in response to a formal Army requirement**. DefenseScoop reported that BAE Systems initiated and funded the project itself, while the Army has not formally requested or endorsed the configuration as an acquisition program. Earlier reporting also clarified that the Army did not procure the two vehicles and currently has no stated requirement to purchase the AMPV 30 variant. Their role is to provide an opportunity for soldiers to evaluate the technology and its potential battlefield applications. ## Designed for the Modern Drone Battlefield BAE Systems says the AMPV 30 incorporates a 360-degree situational-awareness camera system, counter-drone technology, and a cross-platform target handoff capability designed to allow vehicles to share information about detected targets. The vehicle's modular architecture is also intended to accommodate different mission equipment and turret configurations. BAE says its common top plate can support more than 30 different turret systems, allowing the AMPV chassis to be adapted for different battlefield roles. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Muddy-8x8-Armored-Vehicle-in-Field.png) A modern 8×8 armored vehicle moves across muddy terrain during field testing, demonstrating its mobility and rugged off-road capabilities ## Testing Comes as the Army Expands Counter-Drone Capabilities The AMPV 30 evaluation comes as the Army examines how armored formations can respond to the growing use of drones on modern battlefields. Army armored-unit leaders have acknowledged continuing gaps in organic counter-UAS capabilities, making drone detection and defeat an increasingly important consideration for heavy formations. For now, the AMPV 30 remains a **company-funded prototype under Army evaluation rather than an Army procurement program**. Its testing will give soldiers and Army officials an opportunity to assess how the combination of a 30mm cannon, sensors, and counter-drone systems performs in realistic field conditions. Author: Kevin Macmellon ### Terror Suspects Wanted to Do ‘Big Damage’ to U.S.-Used Air Base, Trump Says URL: https://www.warfaredecoded.com/terror-suspects-wanted-to-do-big-damage-to-u-s-used-air-base-trump-says/ Last updated: 2026-10-01T14:30:22.000Z Five men were arrested near **RAF Fairford** in Gloucestershire, England, after British police received a report about three suspicious vehicles apparently heading toward the military airfield. U.S. President Donald Trump said the suspects were seeking to cause “big damage” at the base. ### Five Men Arrested Near RAF Fairford The men were arrested early Sunday on suspicion of offenses under the Explosives Act and later on suspicion of preparing a terrorist act. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Suspects-Detained-During-Police-Operation.png) Police established a 400-meter cordon around the area, while bomb-disposal specialists examined the vehicles. Residents from about 85 nearby homes were also advised to evacuate. ### Base Used by U.S. Bombers RAF Fairford hosts the U.S. Air Force's 501st Combat Support Wing and has been used as a staging location for U.S. bomber operations. British authorities have previously authorized U.S. aircraft based there to conduct operations against Iranian missile sites. ### Possible Foreign-State Connection Under Investigation British counterterrorism authorities are examining multiple possible explanations for the incident, including whether individuals may have been acting on behalf of a foreign state. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/RAF-Fairford-Area-Map.png) Reuters reported that investigators were examining a possible Iranian-linked motive, as well as other possibilities, but **British authorities have not publicly established who was behind the suspected plot**. UK Defence Minister Wes Streeting has cautioned against speculation about the motive while the investigation continues. Iran has denied involvement in the incident. ### Suspects Released on Bail As of September 28, British police said the five suspects had been released on bail following extensive questioning. They have **not been charged** and remain under investigation as authorities pursue multiple lines of inquiry. Author: Kevin Macmellon ### UK Firms to Use Ukraine Battlefield Data to Develop AI Drone Swarms URL: https://www.warfaredecoded.com/uk-firms-to-use-ukraine-battlefield-data-to-develop-ai-drone-swarms/ Last updated: 2026-09-30T14:30:35.000Z British defence companies are set to gain controlled access to battlefield data collected in Ukraine to develop artificial-intelligence models for autonomous drone swarms, under a new UK-Ukraine defence technology partnership. ### Ukraine’s Battlefield Data Becomes an AI Training Resource The data comes from Ukraine’s **Avengers AI Labs**, which contains imagery and video captured by Ukrainian unmanned systems using daylight and thermal sensors. The dataset includes more than **6 million detected objects**, including tanks, artillery, air-defence systems, infantry and aerial targets. The Ukrainian Defence Ministry says the dataset contains more than five million annotated frames and is continuously updated. The information is anonymised and delayed to reduce the risk of exposing current military operations. ### Up to 12 UK Companies Can Participate Britain’s Ministry of Defence is inviting proposals from up to **12 UK companies**. Their projects must have potential applications for both Ukrainian and British armed forces. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/AI-Drone-Swarm.png) An autonomous flying-wing drone is shown in flight, illustrating the type of unmanned technology being explored for future AI-enabled operations The companies will not simply receive copies of the battlefield database. Instead, their AI models will be trained and evaluated inside the secure Avengers Labs environment. ### AI Drone Swarms Are the Main Focus The programme is targeting AI systems capable of allowing groups of drones to coordinate with one another, identify threats and adjust their behaviour. Proposed technologies include autonomous target recognition and distributed decision-making that can modify drone routes and priorities without depending on a single command centre. The UK government says the systems could also be designed to continue operating when communications are degraded, or satellite navigation is unavailable, while maintaining human involvement in operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Military-Drone-Preparation.png) A military technician prepares a large unmanned aircraft inside a field shelter, highlighting the growing role of drones in modern warfare ### Ukraine’s Combat Experience Drives Development Ukraine has accumulated extensive real-world data from modern drone warfare, giving researchers access to battlefield conditions that are difficult to reproduce through conventional testing. Ukrainian officials say more than 30 domestic defence companies are already training AI models through Avengers Labs, with several resulting products being used on the battlefield. The UK competition opened on September 25, with selected companies expected to begin Phase 1 access after the Ministry of Defence completes its review in November. Author: Kevin Macmellon ### UAE suspends Iranian airline flights, joins countries enforcing US sanctions URL: https://www.warfaredecoded.com/uae-suspends-iranian-airline-flights-joins-countries-enforcing-us-sanctions/ Last updated: 2026-09-29T14:30:30.000Z The United Arab Emirates has suspended all flights operated by Iranian airlines to and from the country until further notice, citing new U.S. sanctions targeting Iran’s aviation sector. The UAE’s General Civil Aviation Authority announced the decision on September 24, saying it was based on U.S. restrictions on Iranian airlines’ access to airports worldwide. ### UAE Halts Iranian Airline Operations The suspension affects flights operated by Iranian carriers between Iran and the UAE. An Iran Airtour flight from Tehran to Dubai was reportedly cancelled shortly before departure after passengers had already received tickets. Dubai is an important regional aviation hub for Iranian carriers, making the suspension a significant disruption to Iran’s international air connections. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/IranAir-Sunset-Over-Mountain-Airport.png) ### US Expands Pressure on Iran’s Aviation Sector The move follows sweeping U.S. sanctions announced on September 8 against 36 individuals and entities connected to Iran’s aviation industry. The U.S. Treasury said the measures targeted airlines and networks it accused of supporting the movement of weapons, personnel, and illicit cargo. Washington has also warned companies and airports outside the United States that continuing to provide services to sanctioned Iranian airlines could expose them to U.S. sanctions and restrictions involving the dollar-based financial system. ### Other Countries Also Restrict Iranian Flights The UAE is among several countries that have recently restricted Iranian aviation access. Oman, Iraq, Azerbaijan, Georgia and Turkmenistan have also suspended or restricted certain Iranian airline operations or access, according to reports. At the same time, some routes remain available, including connections involving China and Armenia, while some Turkish routes have continued operating. ### Iran Seeks to Restore Regional Air Links Iranian aviation officials have said diplomatic and aviation discussions are underway to remove the restrictions and restore flights to the UAE. The growing restrictions nevertheless place additional pressure on Iran's international aviation network as Washington seeks to isolate the country's airlines. Author: Kevin Macmellon ### CIA Reportedly Warns of Possible Russian Drone Attacks on Spain, France, and Italy URL: https://www.warfaredecoded.com/cia-reportedly-warns-of-possible-russian-drone-attacks-on-spain-france-and-italy/ Last updated: 2026-09-28T14:30:55.000Z A report published by Spanish newspaper *El Mundo* says U.S. intelligence warned several European governments about a possible Russian drone operation targeting **Spain, France, or Italy**, potentially using drones launched from commercial vessels in the Mediterranean Sea. However, the reported warning has **not been independently confirmed**, and officials in France and Italy have publicly disputed that they received such a CIA alert. ## Report Details: Possible Mediterranean Drone Operation According to *El Mundo*, intelligence shared with European governments described a scenario in which Russia could conceal small **Gerbera-type drones inside shipping containers aboard merchant vessels** and launch them from international waters in the Mediterranean. The report attributed the information to anonymous diplomatic and intelligence sources, including a source described as being close to Lithuania's Defence Ministry. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Shaed-Drone-Over-the-Mediterranean-1.png) The reported scenario would potentially allow drones to approach targets along the southern European coastline without being launched from Russian territory. ## Gerbera Drones Could Target Infrastructure The Gerbera drone is considerably smaller than the larger Shahed-series drones widely used in the war in Ukraine. Reports cited by *El Mundo* said the aircraft could have a range of up to about **600 kilometers**, depending on its payload and operating conditions. The reported assessment suggested such drones would not necessarily be intended to cause large-scale destruction. Instead, they could potentially start fires, damage exposed equipment or temporarily disrupt operations at airports, ports or other infrastructure. ## France and Italy Dispute the Reported CIA Warning The existence of the alleged CIA warning remains contested. French President Emmanuel Macron said on September 27 that the CIA **had not warned French authorities** about such a Russian drone operation. Italy's defence minister also said the reported alert had not been confirmed by Italian authorities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Gerbera-Drone-Over-the-Mediterranean.png) A Russian Gerbera-type drone is depicted flying above the Mediterranean region as part of a reported scenario involving potential launches from vessels at sea. The U.S. intelligence community has not publicly confirmed the existence or contents of the alleged report. *The Independent* also reported that it was unable to independently verify the CIA document. ## NATO Acknowledges Broader Russian Threat Although the specific Mediterranean drone warning remains unverified, NATO has acknowledged that Russia represents a continuing security concern for alliance members. NATO Secretary General Mark Rutte has described the Russian threat to NATO territory as long-term, while European officials have increasingly raised concerns about sabotage, cyberattacks, drone incidents and other forms of hybrid activity. Denmark's Defence Intelligence Service separately warned this week that Russia is expected to intensify its hybrid warfare against Western countries and NATO in the coming months. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Drone-that-travelles-the-Route.png) A map illustrates the reported 600-kilometer operating range of Gerbera drones across parts of Spain, France, Italy and the wider Mediterranean region ## Mediterranean Security Comes Under Greater Scrutiny The reported scenario highlights a different challenge from Russia's drone activity along NATO's eastern borders. Instead of launching drones from Russian or occupied territory, a vessel operating in international waters could potentially provide a mobile launch platform much closer to targets in Western Europe. For now, however, **there is no public confirmation that Russia is preparing such an operation**, and French and Italian officials have specifically rejected claims that they received the alleged CIA warning. Author: Kevin Macmellon ### Russian satellites may have helped Iran destroy a U.S. E-3 Sentry aircraft in Saudi Arabia URL: https://www.warfaredecoded.com/russian-satellites-may-have-helped-iran-destroy-a-u-s-e-3-sentry-aircraft-in-saudi-arabia/ Last updated: 2026-09-27T15:30:39.000Z Russian reconnaissance satellites may have provided intelligence that helped Iran locate and strike a U.S. **E-3 Sentry AWACS aircraft** at Prince Sultan Air Base in Saudi Arabia, according to a CNN investigation published in September. The evidence points to a possible intelligence connection, but CNN said it did not obtain the Russian satellite imagery itself or independently establish that the imagery was transferred to Iran. ## Russian Satellites Passed Over Prince Sultan Air Base CNN's analysis found that **14 Russian reconnaissance satellites passed over the U.S. base in the days before the March 27 Iranian attack**. The group reportedly included Cosmos-2573, several signals-intelligence satellites, infrared satellites and synthetic-aperture radar spacecraft. The different satellite systems could potentially collect several types of information, including imagery, electronic emissions, infrared signatures and changes in the positions of military equipment. ## Iran Destroyed an E-3 Sentry The Iranian attack on Prince Sultan Air Base involved missiles and drones and injured **12 U.S. personnel**, according to reporting on the incident. The strike also destroyed or heavily damaged an E-3 Sentry, an airborne early-warning and control aircraft used to detect and track airborne threats and coordinate other aircraft. The aircraft was reportedly not in its usual prewar position when it was struck, making the ability to locate it particularly significant. CNN's sources said Russian space-based intelligence may have contributed to the precision of the attack. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/U.S.-Air-Force-Aircraft-Wreckage-of-E3-Sentry-Satellite-Image.png) An satellite aerial view shows the remains of a U.S. military aircraft surrounded by debris, scorch marks and emergency vehicles on a desert airfield ## Earlier Reports Also Pointed to Russian Intelligence Support The CNN investigation follows earlier reporting that Russia was providing Iran with intelligence on U.S. military positions in the Middle East. In March, *The Washington Post*, citing three U.S. officials, reported that Russia had supplied Iran with information about the locations of American aircraft and warships. Reuters later reported that a Ukrainian intelligence assessment identified **at least 24 Russian satellite surveys of 46 sites across 11 Middle Eastern countries** between March 21 and March 31\. The assessment said the information could have helped Iran target U.S. forces and other facilities. ## Evidence of Satellite Assistance Remains Limited There is an important distinction between evidence that Russian satellites **observed the base** and evidence that Russia **delivered specific targeting data to Iran**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Cosmos-2573-Over-Prince-Sultan-Air-Base.png) A satellite illustration shows Russia’s Cosmos 2573 passing over the Prince Sultan Air Base area in Saudi Arabia, highlighting the potential reach of space-based surveillance CNN said it did not have access to the actual Russian satellite images and instead analyzed orbital information with space-industry specialists. Its sources said Russian satellites provided targeting information to Iran, while the network acknowledged that the precise extent of the assistance remains uncertain. ## A New Role for Space-Based Intelligence The reported incident highlights how satellite reconnaissance can influence modern warfare without satellites directly participating in an attack. High-resolution imaging, radar observations, electronic intelligence, and infrared sensing can potentially help identify the location and movement of military assets. In this case, the alleged Russian assistance could have helped Iran locate a highly valuable airborne command-and-control aircraft at a base thousands of kilometers from Iran, although the available public evidence does not establish every step between satellite collection and the Iranian strike. Author: Kevin Macmellon ### Russia Could Attack a NATO Country Within Months, Danish Intelligence Warns URL: https://www.warfaredecoded.com/russia-could-attack-a-nato-country-within-months-danish-intelligence-warns/ Last updated: 2026-09-27T14:30:58.000Z Denmark’s Defence Intelligence Service (DDIS) has warned that Russia could launch a **limited military attack against one or more NATO countries bordering Russia within the coming months**, while stressing that the overall risk remains low but is growing. The assessment was published on September 24 as European governments face increasing concerns over sabotage, cyberattacks and other forms of Russian activity. ## Danish Intelligence Sees Growing Risk of Limited Attack The DDIS said Russia is becoming more willing to take risks against NATO and Western countries. A limited military operation could involve isolated drone or missile strikes against infrastructure supporting Ukraine, rather than a large-scale invasion. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/NATO-Headquarters-in-Brussels.png) NATO and member-state flags fly outside the alliance’s headquarters in Brussels, Belgium Another scenario outlined by Danish intelligence involves a small number of Russian troops entering territory in a neighboring NATO country, potentially without national insignia. The assessment says such an operation could be designed to create uncertainty over who was responsible for an attack and test how NATO would respond. ## Full-Scale Russian Invasion Still Considered Highly Unlikely The warning does **not** mean Danish intelligence believes a major Russian invasion of NATO is imminent. DDIS said it sees no current indications that Russia is preparing an outright invasion of one or more NATO countries. If Moscow decided to launch such an operation, the agency estimates that it would require at least six months to build up the forces necessary for a large-scale attack. The assessment instead focuses on smaller military actions that could potentially be conducted with less preparation and at a lower scale. ## NATO Border Countries Face the Most Direct Risk The countries potentially exposed to the scenarios described by DDIS include NATO members bordering Russia, such as **Finland, Norway, Estonia, Latvia, Lithuania and Poland**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Helicopter-Flies-Over-the-Sea-1.png) A military helicopter flies low over the sea while a naval warship cruises in the background under an overcast sky Danish intelligence said Moscow could attempt to exploit uncertainty or political divisions within NATO. DDIS chief Thomas Ahrenkiel said a limited operation would not necessarily be intended to seize an entire country, but could instead seek to test the alliance's willingness to respond collectively. ## Russia Expected to Increase Hybrid Operations The more immediate concern identified by Denmark is an intensification of Russia's **hybrid campaign** against Western countries. DDIS expects more frequent sabotage, destructive cyberattacks and other covert operations against NATO members, potentially causing greater consequences than previous incidents. The warning comes amid a series of incidents across Europe that governments have investigated for possible Russian involvement. Moscow has repeatedly denied involvement in sabotage operations and hybrid attacks against NATO countries. Russia's embassy in Denmark also rejected the latest Danish assessment as unsupported by credible evidence. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Military-Helicopter-on-Arctic-Waters-for-a-mission.png) A military helicopter sits on the wet deck of a naval vessel as snow-covered mountains rise across the Arctic waters ## NATO Increases Intelligence Sharing NATO's Supreme Allied Commander Europe, U.S. Air Force Gen. Alexus Grynkewich, said the alliance is increasing intelligence sharing in response to recent incidents and described the possibility of a limited Russian attack as unlikely but something that cannot be ruled out. The Danish assessment therefore points to a security environment in which NATO countries are preparing for a broader range of potential Russian actions, from cyberattacks and sabotage to isolated military strikes, while Danish intelligence continues to assess a full-scale invasion as highly unlikely. Author: Kevin Macmellon ### Greenland Deal Expands NATO Role in Arctic Security as Denmark and U.S. Agree on New Framework URL: https://www.warfaredecoded.com/greenland-deal-expands-nato-role-in-arctic-security-as-denmark-and-u-s-agree-on-new-framework/ Last updated: 2026-09-26T14:30:54.000Z Denmark says a forthcoming security agreement involving **Denmark, Greenland and the United States** will place Arctic security within a broader NATO framework rather than leaving responsibility solely to Copenhagen and Washington. Danish Foreign Minister Lars Løkke Rasmussen said the agreement would establish that Arctic security is **not only a Danish or American responsibility**, adding that NATO would have a major role in overseeing security in the region. The agreement is expected to be signed at the UN General Assembly in New York. ## Greenland Deal Expands NATO's Arctic Role The agreement has not yet been made public, so its precise legal provisions remain unclear. Denmark and Greenland have said the arrangement will strengthen security while respecting Greenland's interests, the sovereignty and territorial integrity of the Kingdom of Denmark, and Greenlanders' right to self-determination. NATO already considers the Arctic and High North increasingly important to collective security. Seven of the eight Arctic states are NATO members, and the alliance launched **Arctic Sentry** in February 2026 to strengthen its deterrence and defence activities across the region. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Snow-Covered-Greenlandic-Settlement.png) A colorful Greenlandic village stretches along the snowy coastline, with sea ice and towering mountains forming the backdrop ## U.S. Military Presence Could Expand The United States already operates **Pituffik Space Base** in northwestern Greenland, supporting missile warning, missile defense and space surveillance missions. The proposed agreement could facilitate a larger U.S. military presence, although the exact arrangements have not been disclosed. President Donald Trump has described the agreement as giving the United States "permanent control" over Greenland's security. Denmark and Greenland, however, have emphasized sovereignty and self-determination in their public statements. ## NATO Welcomes the Agreement A NATO spokesperson said the alliance welcomed the agreement, saying it could advance **security, stability and cooperation** in the Arctic. NATO forces have already increased activity around Greenland, including the multinational Arctic Shield 2026 exercise involving forces from about 10 NATO countries. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Danish-Forces-Train-in-Arctic-Conditions.png) Danish soldiers conduct operations in a snow-covered Arctic environment, highlighting the military’s training and readiness for harsh northern cond ## Key Details Are Still Unclear The full agreement has not been released, including whether it will modify the **1951 U.S.-Denmark defense agreement** that provides the legal foundation for the American military presence in Greenland. The agreement will also require the relevant national parliamentary procedures before entering into force. Author: Kevin Macmellon ### Pentagon in Talks for $5 Billion Loan to AI Infrastructure Firm Fluidstack URL: https://www.warfaredecoded.com/pentagon-in-talks-for-5-billion-loan-to-ai-infrastructure-firm-fluidstack/ Last updated: 2026-09-25T14:30:42.000Z Pentagon is reportedly in discussions to provide about **$5 billion in financing to AI cloud-computing company Fluidstack**, marking a potential expansion of the U.S. Defense Department's role in financing artificial-intelligence infrastructure. According to reporting by *The Wall Street Journal*, the proposed financing would come through the Pentagon's **Office of Strategic Capital (OSC)** and would focus on strengthening the U.S. supply chain for AI data-center infrastructure rather than simply paying for the construction of a single new data center. ## Pentagon Looks Beyond AI Software The potential deal reflects a focus on the physical infrastructure required to operate advanced AI systems. Large AI facilities depend on computing hardware, electrical equipment, cooling systems, networking infrastructure, and reliable power supplies. Reuters reported that the proposed Fluidstack financing would support **U.S. manufacturing capacity and supply chains for data-center components**, rather than directly financing a new AI facility. This would place the Pentagon closer to the infrastructure layer of the AI industry, alongside its existing efforts to expand military adoption of artificial intelligence. ## $5 Billion Loan Would Come Through Strategic Capital Office The financing discussions involve the Pentagon's **Office of Strategic Capital**, an organization established to help mobilize private investment toward technologies considered important to U.S. national and economic security. The office has previously supported companies involved in areas including rare-earth materials and defense-related technologies. Its lending program involves project selection, financial and technical due diligence, credit review, and final approval before a loan can be completed. The reported Fluidstack financing therefore remains a **potential transaction rather than a completed $5 billion loan**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Fluidstack-Starts-Site-Work-on--4-Billion-Cameron-County-AI-Data-Center-Campus.png) Construction begins on Fluidstack’s planned $4 billion AI data center campus in Cameron County, Texas, marking a major expansion of U.S. AI computing infrastructure ## Fluidstack's Role in the AI Infrastructure Market Fluidstack operates in the AI cloud-computing market, providing infrastructure built around large-scale GPU computing. The company has been expanding its U.S. data-center footprint as demand for AI computing capacity increases. Data Center Dynamics reported that Fluidstack is developing infrastructure in several U.S. locations and has partnerships involving Google and Anthropic.The company's position gives it exposure to one of the major constraints facing the AI industry: building enough physical computing capacity to meet rapidly growing demand. ## Why Data-Center Supply Chains Matter Modern AI systems require enormous amounts of computing power. Expanding that capacity requires more than purchasing GPUs. The reported Pentagon financing would therefore target part of the industrial infrastructure supporting AI rather than directly funding the development of an AI model. ## Potential National-Security Dimension The Pentagon's interest is connected to the growing importance of AI for defense applications. Military organizations increasingly use AI for areas such as intelligence analysis, logistics, autonomous systems, sensor processing and decision-support tools. The proposed structure would also potentially give the government a financing mechanism for supporting commercial infrastructure that has both civilian and defense applications. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/TeraWulf-Expands-Data-Center-Partnership-With-Fluidstack.png) TeraWulf is expanding its data center partnership with Fluidstack as the companies increase capacity for large-scale AI and high-performance computing workloads. ## Deal Has Not Yet Been Finalized The most important caveat is that **there is currently no confirmed $5 billion Pentagon loan to Fluidstack**. Any final agreement would therefore need to go through the relevant government approval and documentation process. ## Potential Shift in AI Infrastructure Financing If completed, the proposed financing would represent a significant example of government-backed capital being directed toward the physical infrastructure supporting artificial intelligence. For the Pentagon, the focus is not simply on owning or operating AI data centers. The reported objective is to strengthen the **domestic industrial and supply-chain capacity** needed to build and operate them. For now, however, the Fluidstack financing remains under negotiation, with the final size and structure of any potential deal still unresolved. Author: Kevin Macmellon ### Russia Races to Deploy Rassvet Satellite Internet for Battlefield Communications URL: https://www.warfaredecoded.com/russia-races-to-deploy-rassvet-satellite-internet-for-battlefield-communications/ Last updated: 2026-09-24T14:30:50.000Z Russia is accelerating development of **Rassvet**, a low-Earth-orbit satellite communications network intended to provide a domestic alternative to SpaceX’s Starlink. The system is being developed by Russian company **Bureau 1440** and is designed for both civilian connectivity and military communications. ## Rassvet Emerges as Russia’s Starlink Alternative The Rassvet program moved from testing toward operational deployment in 2026\. Russia launched its first 16 production satellites in March and another 16 in July, bringing the number of production-series satellites launched to 32 by August. Ukrainian military intelligence said Russian forces had already used the first group for satellite communications over Ukraine for several hours. The network is intended to eventually provide high-speed connectivity using a large constellation of satellites in low Earth orbit. Bureau 1440 has discussed a constellation numbering hundreds of satellites, with the longer-term goal extending into the 2030s. ## Why Battlefield Communications Matter Satellite internet has become an important part of modern military operations because it can connect units, command centers and unmanned systems without relying entirely on conventional terrestrial communications. Ukrainian military intelligence told Janes that Rassvet could potentially support real-time data transmission and the operation of reconnaissance and strike drones. A German military assessment cited by DW also warned that a mature Rassvet network could provide Russia with an independent communications infrastructure for unmanned systems. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Rassvet-Satellite-Launch-Vehicle.png) Launch vehicle carrying a Rassvet satellite stands ready for liftoff at a Russian space launch facility, marking another step in the development of Russia’s satellite communications ## Russia Is Still Far Behind Starlink Despite the rapid deployment, Rassvet remains far smaller and less mature than Starlink. Technical problems have affected some of Russia's launches. The Institute for the Study of War reported that none of the 16 satellites launched in July had reached their intended operational altitude by August 31\. Several were operating at substantially lower altitudes, while at least two were reportedly heading toward atmospheric reentry. ## Limited Connectivity Is Already Possible The existing satellites can nevertheless provide intermittent coverage. ISW reported that 12 of the original 16 March satellites had reached their expected altitude and were providing Russian forces with two daily connectivity windows over Ukraine, totaling up to roughly 90 minutes. That is very different from continuous nationwide or battlefield coverage, but even limited connectivity could provide useful communications opportunities for military units and unmanned systems. ## The Loss of Starlink Accelerated the Program Russia's push has gained additional urgency after access to Starlink became restricted for Russian forces. The experience highlighted the military implications of depending on a satellite network controlled by a foreign commercial company. Rassvet project therefore represents more than an internet service. For Moscow, a domestic constellation could provide greater control over military communications and reduce dependence on foreign satellite infrastructure. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Bureau-1440-Rassvet-Satellite-Evolution.png) Evolution of Bureau 1440’s Rassvet satellites, from early prototypes to the larger-generation spacecraft planned for constellation deployment ## New Dimension of the Ukraine War The development of Rassvet shows how the Ukraine war is increasingly extending into space-based communications. Satellite networks now influence how forces communicate, transmit data, and operate unmanned systems on the battlefield. Russia's network is still in an early stage and faces significant launch, satellite-production, and orbital challenges. But if Moscow succeeds in deploying hundreds of functioning satellites, Rassvet could become an important component of Russia's military communications architecture. Author: Kevin Macmellon ### U.S. Approves Potential $2.68 Billion Air Defense Package for Ukraine URL: https://www.warfaredecoded.com/u-s-approves-potential-2-68-billion-air-defense-package-for-ukraine/ Last updated: 2026-09-23T14:30:02.000Z U.S. State Department has approved a **potential $2.68 billion Foreign Military Sale to Ukraine** covering air-defense upgrades, missiles, launchers, counter-drone radars and related equipment. The approval was issued in a congressional notification on September 18, 2026, as Ukraine continues to face Russian missile and drone attacks. ## Ukraine Requests Missiles and Counter-Drone Systems The proposed package includes **S-300 clone missiles, GAM-67 missiles and range-extended laser-guided air-defense rockets**, along with launcher modification kits and RPS 202 counter-unmanned-aircraft-system radars. The request also covers trailers, spare parts, software, transportation and technical support. ## European Contributions and U.S. Financing If completed, Ukraine would finance the purchase through a combination of **European contributions and U.S. Foreign Military Financing (FMF)** that was appropriated during the previous administration. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/U.S.-Department-of-State-headquarters-in-Washington--D.C.--serves-as-the-center-of-American-diplomacy-and-foreign-policy.png) U.S. Department of State headquarters in Washington, D.C., serves as the center of American diplomacy and foreign policy The State Department said the FMF portion would be counted as a U.S. capital contribution to the **U.S.-Ukraine Reconstruction Investment Fund** through a 1:1 reimbursement arrangement. ## Sale Still Requires Congressional Review The announcement represents approval of a **possible sale rather than a finalized contract**. The proposed transaction remains subject to congressional review, meaning the equipment has not yet been delivered under this notification. The State Department also said implementing the proposed sale would not require additional U.S. government or contractor personnel to be assigned to Ukraine. ## Focus on Russia’s Drone and Missile Threat The package is aimed at strengthening Ukraine's ability to detect and counter aerial threats, particularly missiles and drones. The inclusion of dedicated counter-drone radars reflects the increasing role of unmanned systems in the war and the pressure they place on Ukraine's existing air-defense network. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/U.S.-military-personnel-operate-alongside-mobile-air-defense-and-radar-systems-at-a-forward-military-staging-area--highlighting-the-deployment-of-advanced-defensive.png) Soldiers prepare military equipment and unmanned aircraft at a large operational site, with air-defense systems and support vehicles positioned in the background ## A Major New Air-Defense Proposal At **$2.68 billion**, the proposed package would represent another substantial U.S.-backed effort to expand Ukraine's air-defense capabilities. Its final scope, financing, and implementation will depend on congressional review and the subsequent contracting process. Author: Kevin Macmellon ### Lockheed Martin gets first batch of Patriot interceptor parts from General Motors URL: https://www.warfaredecoded.com/lockheed-martin-gets-first-batch-of-patriot-interceptor-parts-from-general-motors/ Last updated: 2026-09-22T14:30:30.000Z Lockheed Martin has received its first shipment of critical components from General Motors’ defense subsidiary, GM Defense, for the **PAC-3 Missile Segment Enhancement (MSE)** interceptor used by the Patriot air-defense system. The delivery comes as the U.S. works to expand missile production and strengthen its defense-industrial supply chain. ## First Components Delivered in Just 22 Days GM Defense delivered the first batch of **PAC-3 MSE housing components on August 28**, only 22 days after Lockheed Martin and GM signed their formal manufacturing agreement on August 6\. Lockheed said components of this type can traditionally take months or even years to produce. ## GM Brings Automotive Manufacturing Into Missile Production The partnership allows GM Defense to use General Motors' large-scale casting, machining, and precision-manufacturing capabilities to produce components meeting defense specifications. The companies are seeking to apply commercial manufacturing practices to other defense and munitions programs as well. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Patriot-air-defense-missile-launcher-stands-deployed-in-an-open-field--ready-to-support-air-and-missile-defense-operations.png) Patriot air-defense missile launcher stands deployed in an open field, ready to support air and missile-defense ## Patriot Interceptors Face Growing Demand The PAC-3 MSE is a hit-to-kill interceptor designed to counter threats including tactical ballistic missiles, cruise missiles, and aircraft. Demand for Patriot interceptors has increased amid the wars involving Ukraine and Iran, putting additional pressure on U.S. and allied missile inventories. ## Lockheed Expands U.S. Missile Production Lockheed Martin says it is investing **$8 billion to $9 billion** to expand production of PAC-3 MSE, THAAD and Precision Strike Missile systems across more than 20 U.S. locations. The company expects its overall munitions production and warehousing footprint to increase by nearly 50% after planned expansions. ## A New Model for Faster Defense Production The GM partnership represents a broader effort to bring commercial manufacturing capacity into the U.S. defense supply chain. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Patriot-Production-Facility.png) Workers assemble missile components inside a large U.S. defense manufacturing facility as efforts to expand interceptor production continue For Lockheed Martin, adding another major industrial manufacturer could help increase component availability as the company works to expand PAC-3 MSE production and meet demand from the United States and its allies. Author: Kevin Macmellon ### Washington Approves Potential Sale of 48 F-35A Jets to Saudi Arabia URL: https://www.warfaredecoded.com/washington-approves-potential-sale-of-48-f-35a-jets-to-saudi-arabia/ Last updated: 2026-09-21T14:30:11.000Z United States has approved a potential **$24.3 billion Foreign Military Sale of F-35 Lightning II fighter jets to Saudi Arabia**, marking a major step toward Riyadh acquiring the U.S.-built fifth-generation stealth aircraft. The proposed deal still requires congressional review before it can be finalized. ## 48 F-35 Fighter Jets in Proposed Deal According to the U.S. State Department notification, Saudi Arabia has requested **48 F-35A conventional-takeoff-and-landing aircraft** along with **49 Pratt & Whitney F135 engines**, including one spare engine. The package also includes communications and cryptographic equipment, electronic-warfare support, training, simulators, spare parts, maintenance, and logistics support. The estimated $24.3 billion figure represents the maximum potential value of the package rather than a finalized contract price. Actual costs could change depending on the final configuration, negotiations and quantities. ## Congress Still Has to Review the Sale The State Department's approval is an authorization to proceed with the proposed Foreign Military Sale; it does **not mean the aircraft have been delivered or that a final purchase contract has been signed**. ## Saudi Arabia Seeks F-35 Capability Saudi Arabia has pursued the F-35 for years as part of its effort to modernize its air force. The Royal Saudi Air Force currently operates a mixed fleet that includes **F-15s, Eurofighter Typhoons and Tornado aircraft**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/U.S.-and-Saudi-leaders-shake-hands-during-a-formal-meeting-as-the-two-countries-discuss-closer-strategic-and-defense-cooperation-1.png) Two F-35 Lightning II stealth fighters fly in formation above a layer of clouds during an aerial training or operational flight The proposed acquisition would introduce a low-observable, fifth-generation fighter into Saudi Arabia's combat-aircraft inventory, adding capabilities that differ substantially from its existing fourth-generation fleet. ## F-35 Would Expand U.S.-Saudi Air Power Cooperation The proposed package comes as Saudi Arabia faces renewed security challenges involving the Houthis in Yemen. Reuters reported that Houthi forces have recently intensified attacks against Saudi targets while advancing toward areas near the strategically important **Bab el-Mandeb Strait**. Washington has also approved other major defense packages for Riyadh in 2026\. In January, the State Department approved a possible **$9 billion sale of 730 PAC-3 MSE Patriot interceptors**, while a February notification covered approximately **$3 billion in F-15 sustainment**. ## Israel's Qualitative Military Edge Remains a Key Issue The F-35 sale has particular significance because **Israel is currently the only Middle Eastern country operating the F-35**. Reuters reported that U.S. policy requires Washington to consider Israel's qualitative military edge when approving advanced weapons sales to other countries in the region. The State Department's notification states that the proposed sale and associated support **“will not alter the military balance in the region.”** ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Two-F-35-Lightning-II-stealth-fighters-fly-in-formation-above-a-layer-of-clouds-during-an-aerial-training-or-operational-flight-3.png) U.S. and Saudi leaders shake hands during a formal meeting as the two countries discuss closer strategic and defense cooperation ## Deal Could Take Years to Complete Even if congressional review does not stop the proposal, the aircraft would not arrive immediately. A final agreement, production scheduling, training, infrastructure preparation, and delivery would all have to take place before Saudi Arabia could operate the F-35. The proposed sale therefore represents the beginning of a potentially lengthy acquisition process rather than an immediate transfer of 48 aircraft. ## Major Step in Saudi F-35 Ambitions The $24.3 billion proposal would give Saudi Arabia the opportunity to acquire **48 F-35As, 49 engines, and a broad package of training, sustainment, and mission-support equipment**. The next major step is congressional review, after which negotiations and contracting would determine whether and how the proposed package ultimately moves forward. Author: Kevin Macmellon ### Russian Drone Threat Puts Europe on Higher Alert as Macron Issues Warning URL: https://www.warfaredecoded.com/russian-drone-threat-puts-europe-on-higher-alert-as-macron-issues-warning/ Last updated: 2026-09-20T16:30:51.000Z European governments are stepping up preparations for a wider security crisis as officials warn that Russia could increasingly use drones, missiles, cyberattacks and other forms of hybrid warfare to test NATO's response. The developments do **not mean that a European war is imminent**, but they show that governments are increasing contingency planning and civil-defense preparations amid the continuing war in Ukraine. ## Macron Orders Protection for Critical Infrastructure French President Emmanuel Macron said on September 18 that the Russian hybrid threat facing France and Europe had intensified. He instructed the French government to prepare measures to protect critical infrastructure and sensitive defense-industry facilities against potential drone and cyberattacks. ## Poland Warns of Possible Drone and Missile Incursions Poland has also raised concerns about potential attacks or incursions involving drones and missiles. Prime Minister Donald Tusk told parliament on September 17 that intelligence assessments indicated Russia could attempt drone or missile attacks against countries supporting Ukraine in the coming months. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/NATO-Secretary-General-Mark-Rutte-speaks-at-a-European-security-event--emphasizing-the-alliance---s-response-to-emerging-security-threats.png) ****NATO Chief Warns Europe** — NATO Secretary General Mark Rutte speaks at a European security event, emphasizing the alliance’s response to emerging security threats. The concern is particularly significant for NATO's eastern members, where Russian attacks on Ukraine can occur relatively close to national borders. Recent incidents have already led countries in the region to activate aircraft and air-defense systems as a precaution. ## Europe's Drone Threat Is Changing European officials are therefore examining ways to improve air surveillance, counter-drone capabilities and defenses around critical infrastructure. Reuters and other reporting have highlighted concerns about whether NATO has sufficient quantities of affordable systems to counter large drone attacks. ## Britain Revives Its "War Book" The United Kingdom is also updating its national crisis planning. The House of Commons Library reports that the government is updating classified contingency plans traditionally known as **"War Books"**, which outline how government departments would respond to conflict and threats against the UK mainland. The plans are part of Britain's wider **Home Defence Programme**, which is intended to coordinate civilian and military preparations during a serious national crisis. The government plans to test these arrangements during **Exercise ALBISTON SHADOW in 2027**, involving ministers, hundreds of officials and public-sector organizations. ## UK Households Are Being Urged to Prepare Britain is also expanding public emergency-preparedness guidance. The government's official Prepare website advises households to have basic emergency supplies, including drinking water, non-perishable food, a torch, a power bank, a radio and first-aid supplies, for situations that could disrupt normal services for several days. It is therefore **not presented as a specific warning that Britain is about to enter a war**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/French-President-Emmanuel-Macron-and-Russian-President-Vladimir-Putin-appear-in-a-split-screen-image-amid-rising-tensions-over-European-security-and-Russia-1.png) French President Emmanuel Macron and Russian President Vladimir Putin appear in a split-screen image amid rising tensions over European security and Russia ## NATO Faces a More Complicated Security Environment A UK government statement earlier this year warned that Russian missile and drone attacks around Ukraine's borders could increase the possibility of miscalculation and escalation. London has argued that stronger European air and missile defenses are necessary to reduce these risks. ## Is Europe Actually Preparing for War? Europe is clearly **preparing for the possibility of a major security crisis**, including scenarios involving attacks on infrastructure, cyber operations, drone incursions and conventional military conflict. However, these measures should not by themselves be interpreted as evidence that European governments expect a war with Russia to begin imminently. Much of the current activity is framed as **deterrence, resilience and contingency planning** designed to prepare governments and civilians for a range of possible emergencies. Author: Kevin Macmellon ### Saudi Arabia Says Houthis Tried to Attack Riyadh With Ballistic Missile URL: https://www.warfaredecoded.com/saudi-arabia-says-houthis-tried-to-attack-riyadh-with-ballistic-missile/ Last updated: 2026-09-20T16:08:57.000Z Saudi Arabia said on Saturday that Houthi forces attempted to target **Riyadh with a ballistic missile**, marking the first reported attempt to strike the Saudi capital since the latest escalation between the Houthis and Saudi-backed forces in Yemen. Saudi air defenses said the missile was intercepted. ## Smoke Reported Near Riyadh Airport Large plumes of black smoke were seen near **King Khalid International Airport**, with Reuters footage also showing flames near what appeared to be fuel-storage tanks. Saudi authorities issued warnings to residents around Riyadh and Al-Kharj before later issuing an all-clear. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Smoke-Column-Seen-From-Riyadh-Highway.png) Smoke Column Seen From Riyadh Highway — A massive plume of dark smoke rises on the horizon as motorists travel along a highway leading toward Riyadh’s airport area ## Houthis Claim Attacks on Sensitive Sites Houthi military spokesman Yahya Saree said the group had launched missiles and drones against what he described as **“sensitive sites” in Riyadh**. The Houthis also claimed attacks against Saudi Aramco facilities in the Red Sea port of Yanbu. Those additional claims were not independently verified. ## Saudi Arabia Reports Additional Interceptions The Saudi-led coalition said Houthi attacks were also directed toward **Yanbu, Taif, Baysh and Farasan**, describing them as attempts to strike civilian infrastructure. Saudi authorities said those attacks were thwarted by air defenses. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Large-Explosion-Rocks-Yemen.png) Large Explosion Rocks Yemen — A powerful explosion sends a fireball and thick black smoke into the sky over a densely populated area in Yemen ## Part of a Wider Regional Escalation The latest attack comes after weeks of fighting between the Houthis and Saudi-backed forces in Yemen. The renewed confrontation has added another pressure point around the Red Sea, a major route for international shipping and energy exports. Author: Kevin Macmellon ### Ukraine Launches More Than 1,000 Drones at Russia in Largest Attack on Moscow URL: https://www.warfaredecoded.com/ukraine-launches-more-than-1-000-drones-at-russia-in-largest-attack-on-moscow/ Last updated: 2026-09-20T14:02:02.000Z Ukraine launched **more than 1,000 drones toward Russian territory overnight**, with hundreds aimed at Moscow in what Moscow's mayor described as the **largest drone attack ever against the Russian capital**. Russia's Defense Ministry said its forces intercepted or destroyed **1,110 Ukrainian drones** across Russia, Crimea and the Black Sea. ## 450 Drones Reportedly Headed Toward Moscow Moscow Mayor Sergei Sobyanin said Russian air defenses destroyed **450 drones heading toward Moscow**. He described the assault as unprecedented for the capital. Russian authorities also reported that drones reached the Moscow Oil Refinery and struck a residential building. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Rescue-Operation-After-Strike.png) Emergency Crews Search War-Damaged Buildings — Rescue workers move through rubble and heavy smoke following a reported strike on a residential area, searching the ruins of damaged apartment buildings ## Moscow Oil Refinery Damaged Several drones reportedly reached the grounds of the **Moscow Oil Refinery**, one of Russia's major refining facilities. Reuters reported damage to part of the refinery, while witnesses in Moscow reported explosions and smoke rising from the site. ## Two Killed and 20 Injured The wider Moscow region suffered civilian casualties. Regional authorities reported **two people killed and 20 injured**, while hundreds of residents were evacuated from a damaged apartment building. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Moscow-Industrial-Fire-1.png) Moscow Industrial Facility Ablaze — A major industrial facility burns outside Moscow, sending massive columns of smoke across the city skyline following a reported Ukrainian drone attack. ## Attack Came During Russia's Parliamentary Election The attack occurred on the **final day of Russia's parliamentary elections**. Sobyanin said the assault was intended to disrupt voting, although that attribution was a Russian official's claim and was not independently established. ## Ukraine Says Strategic Facilities Were Targeted Ukrainian President Volodymyr Zelenskyy said Ukrainian forces struck a major Russian oil-industry facility and a logistics facility. He said the attacks were intended to put economic pressure on Russia's ability to sustain its military operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Damaged-Apartment-Building.png) Apartment Building Damaged in Moscow Region — A residential building shows extensive structural damage after a reported drone strike, with shattered windows, destroyed balconies and exposed interiors ## A Major Escalation in Long-Range Drone Warfare The scale of the reported attack highlights the expanding role of long-range drones in the Russia-Ukraine war. Russia and Ukraine have increasingly used unmanned systems to strike targets far behind the front line, including energy, logistics and military infrastructure. Author: Kevin Macmellon ### Poland Temporarily Closes Airports as Russia Strikes Ukraine; NATO Warns of Air-Defense Gaps URL: https://www.warfaredecoded.com/poland-temporarily-closes-airports-as-russia-strikes-ukraine-nato-warns-of-air-defense-gaps/ Last updated: 2026-09-19T14:42:38.000Z Poland temporarily suspended flight operations at **Lublin and Rzeszów airports** on September 17 as its military activated air-defense and radar systems in response to Russian attacks using jet-powered drones against western Ukraine. Polish authorities described the measures as preventive and aimed at protecting the country's airspace. ## Polish Military Activates Air Defenses The Polish Operational Command said military aviation operations were launched in connection with Russian drone strikes on Ukrainian territory near Poland's border. Ground-based air-defense systems and radar reconnaissance were placed on heightened readiness. The authorities said the operation was intended to protect Polish airspace, particularly areas close to regions under threat. Poland reported no confirmed violation of its airspace during the latest operation. ## Lublin and Rzeszów Airports Temporarily Suspended Poland's Air Navigation Services Agency temporarily halted flight operations at **Lublin and Rzeszów** to provide freedom of action for military aircraft operating in the area. Both airports subsequently resumed normal operations after the military threat level decreased. Rzeszów is particularly important because the city serves as a major logistics hub for Western military assistance to Ukraine. ## Russian Drone Attacks Raise Regional Concerns The latest Polish alert follows repeated Russian air attacks against Ukraine, including strikes involving large numbers of drones. Poland has increasingly scrambled aircraft and activated air-defense systems as Russian attacks approach its territory. The country has also strengthened surveillance along its eastern frontier following previous incidents involving Russian drones. ## NATO Faces Growing Drone Challenge At the same time, Lithuania's air-force chief, Col. Antanas Matutis, warned that NATO is **not yet adequately prepared to counter the scale of mass drone and missile attacks** being demonstrated in the war in Ukraine. He pointed to the economics of modern drone warfare, where relatively inexpensive attack drones can be deployed in large numbers while defenders may have to use considerably more expensive air-defense interceptors. He called for investment in cheaper methods of defeating such threats. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Military-Jets-in-Formation-Over-Blue-Skies.png) F-35 and Polish F-16 in Formation — Two U.S. Air Force F-35A Lightning II stealth fighters fly alongside a Polish Air Force F-16 over the skies of Poland during a joint air operation ## Ukraine War Is Reshaping Air Defense The Ukraine conflict has increasingly demonstrated the importance of layered air defense, electronic warfare, radar networks and low-cost counter-drone systems. A Reuters analysis published September 17 similarly highlighted concerns among military analysts about NATO's preparedness for large-scale drone warfare, noting that the conflict has exposed challenges in weapons procurement, training and adapting to rapidly changing battlefield technology. ## Poland Remains on NATO's Eastern Flank Poland's latest airport closures did not indicate that its airports had been directly attacked. Instead, the temporary restrictions were linked to Polish military operations responding to Russian strikes on neighboring Ukraine. The episode nevertheless illustrates how Russia's continuing air campaign against Ukraine can have immediate consequences for NATO members located along the alliance's eastern border. Author: Kevin Macmellon ### Iran War’s Price Tag Reaches $38 Billion as Costs Could Rise by $3 Billion a Month URL: https://www.warfaredecoded.com/iran-wars-price-tag-reaches-38-billion-as-costs-could-rise-by-3-billion-a-month/ Last updated: 2026-09-18T14:30:32.000Z U.S. military operation against Iran has cost the Department of Defense approximately **$38 billion through August 1, 2026**, according to a new analysis from the Congressional Budget Office (CBO). The agency estimates that continued combat could add **$2 billion to $3 billion per month**, depending on the intensity of fighting. ## CBO Puts Six-Month Cost at $38 Billion The CBO's September 15 assessment covers the direct costs incurred by the Defense Department since the conflict began in February. The estimate includes replacement of expended munitions, equipment lost in combat, additional flying hours, other operations, and increased fuel costs. The figure is broadly consistent with the **$37.5 billion** cost estimate Defense Secretary Pete Hegseth gave lawmakers in July. ## Monthly Costs Could Reach $3 Billion The CBO estimates that the financial burden will depend heavily on the level of military activity. If fighting remains at relatively low levels similar to May and June, the Pentagon could spend about **$2 billion per additional month**. If combat returns to the intensity seen in July, monthly costs could reach about **$3 billion**, with even higher spending possible if the conflict escalates further. That means another six months of operations at the higher estimated rate could add roughly **$18 billion** to the direct Pentagon cost, although the actual figure would depend on the intensity and duration of future operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/A-massive-column-of-smoke-rises-over-a-densely-populated-coastal-city-following-a-powerful-explosion.png) A massive column of smoke rises over a densely populated coastal city following a powerful explosion ## Munitions Make Up a Major Share of the Cost A significant portion of the spending is connected to the rapid use of precision weapons and missile-defense interceptors. The CBO said the conflict has created an opportunity cost for the Pentagon because large numbers of missile-defense interceptors have been expended. The resulting reduction in inventories could persist for several years while the United States replenishes its stockpiles. Reuters reported that the conflict has also strained U.S. munitions inventories, adding another challenge for defense planners as Washington considers requirements for other potential conflicts. ## Pentagon Data Limited the Estimate The CBO's $38 billion figure comes with an important limitation: **the Defense Department did not provide the information requested by congressional budget analysts**. As a result, CBO relied on government databases and publicly available information to estimate the Pentagon's costs. The agency said this creates considerable uncertainty around its estimate. The $38 billion figure also does not represent the full economic cost of the conflict. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Large-smoke-plumes-rise-in-the-distance-as-traffic-moves-along-a-highway-in-Iran--with-Persian-and-English-road-signs-visible-in-the-foreground.png) Large smoke plumes rise in the distance as traffic moves along a highway in Iran, with Persian and English road signs visible in the foreground ## Damage to U.S. Bases Not Included The CBO estimate does not include the cost of damage to U.S. military installations resulting from Iranian attacks. It also excludes basic operating expenses that were already included in the federal budget. Potential future expenses related to diplomatic operations, foreign assistance, and other federal agencies were also not included because CBO said they could not yet be reliably estimated. ## Strait of Hormuz Adds Economic Pressure Beyond direct military spending, the conflict has affected global energy markets by disrupting oil and natural-gas shipments through the **Strait of Hormuz** and shipping through the Red Sea. According to the CBO, higher energy prices are expected to increase inflation. The agency estimates that inflation in the first quarter of 2027 could be **0.5 percentage points higher** than it projected in February 2026 because of the conflict's economic effects. The increase in energy costs can also feed into transportation and production expenses across the wider economy. ## U.S. Military Readiness Faces Additional Pressure The financial burden is accompanied by pressure on military inventories. CBO specifically highlighted the depletion of missile-defense interceptors as an opportunity cost that could leave the United States with reduced inventories for several years. The agency noted that such shortages could become particularly significant if the United States faced another conflict involving an adversary with large ballistic- and cruise-missile arsenals. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/A-tactical-map-illustrates-air-and-naval-activity-around-the-Persian-Gulf-and-Strait-of-Hormuz--highlighting-aircraft--warships--routes-and-strategic-positions.png) A tactical map illustrates air and naval activity around the Persian Gulf and Strait of Hormuz, highlighting aircraft, warships, routes and strategic positions ## Costs Could Continue Rising The **$38 billion figure is therefore not a final price tag**. It represents estimated Defense Department costs through August 1, while combat operations have continued since then. Under the CBO's scenarios, another month could cost roughly $2 billion at lower levels of violence or around $3 billion at the intensity seen in July. Costs could be higher if military activity escalates. The CBO also emphasized that its different estimates—military spending, economic effects, and potential future costs—use different methods and time periods and **should not simply be added together**. Author: Kevin Macmellon ### Houthis Claim Saudi F-15 Shot Down Over Yemen Using Surface-to-Air Missile URL: https://www.warfaredecoded.com/houthis-claim-saudi-f-15-shot-down-over-yemen-using-surface-to-air-missile/ Last updated: 2026-09-17T14:30:21.000Z Yemen’s Houthi movement says it shot down a Royal Saudi Air Force F-15 fighter over **Marib Governorate** on September 16, 2026\. The group said the aircraft was engaged with a **locally manufactured surface-to-air missile** while conducting operations over Yemen. The Houthis released video and photographs that they said show the aircraft’s wreckage. Saudi Arabia had not publicly confirmed the loss at the time of the latest reports. ## Wreckage Appears Consistent With Saudi F-15 Images released by Houthi media show heavily damaged aircraft components, including a tail section carrying what appears to be the Saudi national flag. Reuters reported that the exact location and date of the footage could not be independently verified, although the debris appeared consistent across multiple views. Janes identified features visible in the wreckage as consistent with the **F-15SA**, Saudi Arabia's Advanced Eagle variant. The aircraft is a twin-seat fighter equipped with advanced electronic-warfare and missile-warning systems. ## Locally Made Missile Claimed Houthi military spokesman Yahya Saree said the F-15 was brought down using a locally produced surface-to-air missile. The group has not publicly identified the missile system used in the reported engagement. The claim is significant because Saudi aircraft have conducted extensive air operations over Yemen during the conflict, while Houthi air defenses have previously claimed multiple aircraft engagements. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/F-15-Wreckage-in-Yemen-----Wreckage-believed-to-be-from-a-Saudi-F-15-lies-scattered-across-a-barren-desert-landscape-following-the-reported-shootdown-over-Yemen-1.png) ****Saudi F-15 Wreckage in Yemen** — Wreckage believed to be from a Saudi F-15 lies scattered across a barren desert landscape following the reported shootdown over Yemen ## Crew Status Remains Unknown The reported F-15SA is a two-seat aircraft, but the fate of the crew members has not been established publicly. The Houthis did not provide confirmed information about whether the crew survived. ## Saudi Arabia Has Not Confirmed the Loss Saudi authorities had not acknowledged the F-15 loss in the latest reporting. The Associated Press also described the Houthi claim as **unverified**, noting that neither Saudi officials nor coalition spokespeople had immediately responded. At the same time, The New York Times reported that its review of the released imagery found the wreckage appeared consistent with Saudi F-15 aircraft, although the precise crash location could not be confirmed. ## Fighting Intensifies Across Yemen The alleged shootdown comes amid a sharp escalation between the Houthis and Saudi-backed Yemeni forces. Reuters reported that Saudi aircraft have carried out strikes in areas including **Hajjah and Taiz**, while the Houthis have responded with missile and drone attacks against targets in Saudi Arabia. The escalation is also placing pressure on Saudi Arabia's air-defense resources. AP reported that Riyadh has sought additional air-defense assistance from France, Britain, Pakistan and Egypt as interceptor stocks become increasingly strained. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Armed-Houthi-fighters-inspect-the-remains-of-a-Saudi-aircraft-at-a-remote-mountainous-crash-site-in-Yemen-following-the-reported-F-15-shootdown.png) ****Saudi F-15s on the Ground** — Saudi F-15 fighter jets sit armed on an airbase flight line, with ground personnel preparing the aircraft for operations ## A Significant Air-Defense Claim If independently confirmed as a combat shootdown, the loss would represent a notable event for Saudi Arabia's F-15 fleet and Houthi air-defense capabilities. For now, however, the **shootdown claim remains unconfirmed by Saudi authorities**, while imagery provides evidence of aircraft wreckage but does not independently establish exactly how the aircraft was brought down. Author: Kevin Macmellon ### Pentagon Accelerates New MQ-9 Replacement Amid Iran Combat Losses URL: https://www.warfaredecoded.com/pentagon-accelerates-new-mq-9-replacement-amid-iran-combat-losses/ Last updated: 2026-09-16T16:45:07.000Z The U.S. Air Force is accelerating plans to replace its **MQ-9A Reaper** fleet after suffering heavy combat losses during operations against Iran. Air Force Lt. Gen. Christopher Niemi said the losses have accelerated discussions about the Reaper's successor. The service is now pursuing a new concept called the **Massed Modular Aircraft (MMA)**, designed to be cheaper, easier to produce and more expendable than the MQ-9. ## At Least 45 Reapers Reportedly Lost The scale of the losses has become a major factor behind the accelerated program. The *Washington Post* reported in August that the U.S. military had lost **at least 45 MQ-9 Reapers**, representing roughly 25% of the fleet, according to three U.S. officials. Separately, a recent U.S. Lead Inspector General report covering **Operation Epic Fury from February through June 2026** put the number of MQ-9 losses at around 30 during that period. Reports indicate additional Reapers were lost after June. ## A Cheaper Successor The Air Force does not simply want another aircraft with the same cost and operating model as the Reaper. Instead, MMA is being developed around the idea that future conflicts could result in substantially higher aircraft attrition. Niemi said the service wants systems that are **easier to produce, cheaper to purchase, and available in larger numbers**. The objective is to create an aircraft that can perform many of the missions currently handled by the MQ-9 while accepting a higher level of operational risk. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/U.S.-Air-Force-MQ-9-Reaper-flies-with-its-landing-gear-extended-and-weapons-mounted-beneath-its-wings-during-an-aerial-operation.png) U.S. Air Force MQ-9 Reaper flies with its landing gear extended and weapons mounted beneath its wings during an aerial operation ## $10 Million Airframe Target The Air Force is targeting an approximate **$10 million price for the MMA airframe**, although that figure does not represent the complete cost of a mission-ready aircraft. Sensors, communications equipment, weapons, and other mission systems would add to the final price. Air Force officials have specifically cautioned that the $10 million figure refers to the basic airframe rather than the fully missionized system. ## Longer Range and Larger Payload The MMA concept is also being designed around greater range and payload requirements. A July Defense Innovation Unit solicitation called for an aircraft capable of carrying approximately **2,800 pounds of payload**, with an unfueled combat radius of about **2,300 nautical miles** and a one-way mission range of roughly **8,000 nautical miles**. The combination of long range, modular payloads and lower acquisition cost is intended to give commanders more options in environments where expensive aircraft could face significant air-defense threats. ## Production Could Begin Much Faster The Air Force is seeking a substantially faster development cycle than traditional aircraft programs. Recent reporting indicates that officials want to move from prototype development toward operational aircraft on an accelerated timeline. The service has also discussed having **at least 180 MMA aircraft**, while separate Air Force planning now points toward **100 MMA platforms by 2029 and 500 by 2032**. Those figures are planning targets rather than an established delivered fleet. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Wreckage-of-a-military-drone-lies-scattered-across-a-snow-covered-mountain-slope-as-local-residents-examine-the-crash-site.png) Wreckage of a military drone lies scattered across a snow-covered mountain slope as local residents examine the crash site ## Why the MQ-9 Is Being Reconsidered U.S.Air Force has previously considered upgraded versions such as the **MQ-9B SkyGuardian**. Niemi said an upgraded Reaper remains one possible option, but the service is increasingly looking toward a broader portfolio of more attritable aircraft rather than simply developing a more capable version of the existing platform. General Atomics also ended production of the MQ-9A in 2025 after the Air Force decided not to continue purchasing additional aircraft at that time, making rapid replacement of combat losses more difficult. ## The Reaper's Successor Will Be Built Around Attrition The Air Force's July requirements document describes a future in which unmanned aircraft need to be **modular, affordable, and rapidly producible**. The service is working with the Defense Innovation Unit to bring commercial technology and nontraditional suppliers into the development process. The experience in Iran has therefore accelerated an effort that was already underway. Rather than replacing every lost MQ-9 with another expensive remotely piloted aircraft, the Air Force is pursuing a new generation of systems intended to provide persistent intelligence and strike capabilities while allowing the service to field substantially larger numbers. Author: Kevin Macmellon ### L3Harris Secures $4.7 Billion Contract to Expand Patriot Interceptor Production URL: https://www.warfaredecoded.com/l3harris-secures-4-7-billion-contract-to-expand-patriot-interceptor-production/ Last updated: 2026-09-15T14:30:02.000Z L3Harris Technologies has received a **$4.7 billion contract from Lockheed Martin** to expand production of propulsion systems and other critical components for the **Patriot PAC-3 Missile Segment Enhancement (MSE)** interceptor. The seven-year agreement is intended to strengthen the U.S. missile-defense industrial base and support rising demand for advanced interceptors from the United States and allied nations. ## Contract Covers Key PAC-3 MSE Components The contract includes the production of the PAC-3 MSE’s **dual-pulse solid rocket motors, Attitude Control Motors, and Lethality Enhancers**. These components are essential to the interceptor’s performance. The dual-pulse motor provides propulsion during different stages of flight, while the attitude-control system enables rapid maneuvering as the missile approaches its target. The Lethality Enhancer supports the interceptor’s hit-to-kill engagement capability. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/A-missile-display-highlights-advanced-technologies-designed-to-strengthen-integrated-air-and-missile-defense-capabilities.png) A missile display highlights advanced technologies designed to strengthen integrated air and missile defense capabilities ## Production Capacity Could Reach 2,000 Interceptors Annually The agreement supports a broader U.S. effort to increase annual PAC-3 MSE production from approximately **600 interceptors to around 2,000 by 2030**. To support the expansion, L3Harris is developing additional manufacturing capacity at its facilities in **Camden, Arkansas**. Two new facilities are expected to become operational in 2027, while the company is also introducing expanded production equipment and automated inspection systems. ## Patriot Demand Rises Amid Global Conflicts The Patriot system has become increasingly important as the United States and its allies face growing missile threats and depleted interceptor stocks. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/L3Harris-personnel-inspect-a-missile-component-as-the-company-prepares-to-increase-PAC-3-MSE-interceptor-propulsion-production-under-a--4.7-billion-contract.png) L3Harris personnel inspect a missile component as the company prepares to increase PAC-3 MSE interceptor propulsion production under a $4.7 billion contract Patriot PAC-3 MSE interceptors are designed to counter **tactical ballistic missiles, cruise missiles, and aircraft**. Recent conflicts and increased military assistance to partners have intensified pressure on the U.S. defense industry to replenish inventories and accelerate missile production. ## Part of a Wider U.S. Missile-Defense Expansion The L3Harris agreement forms part of a larger Pentagon initiative to accelerate production of critical missile-defense components. The U.S. government has also pursued long-term agreements supporting the Patriot and **Terminal High Altitude Area Defense (THAAD)** programs. Lockheed Martin is simultaneously expanding its own production infrastructure, with a stated goal of increasing PAC-3 MSE output while modernizing manufacturing facilities across the United States. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Missile-components-move-through-a-Lockheed-Martin-production-facility-as-the-U.S.-defense-industry-expands-interceptor-manufacturing-capacity.png) Missile components move through a Lockheed Martin production facility as the U.S. defense industry expands interceptor manufacturing capacity ## Strengthening the Defense Industrial Base The contract is expected to provide greater long-term production stability for L3Harris and Lockheed Martin while improving the availability of Patriot interceptors for U.S. forces and international customers. However, the agreement is described as an **undefined contract award**, meaning that some final contractual and funding details still need to be completed. Author: Kevin Macmellon ### UK to help Ukraine build Storm Shadow long-range missiles URL: https://www.warfaredecoded.com/uk-to-help-ukraine-build-storm-shadow-long-range-missiles/ Last updated: 2026-09-14T14:30:07.000Z United Kingdom has agreed to help Ukraine develop its own long-range cruise missiles by sharing classified technical information related to British-made components used in the **Storm Shadow** missile. The announcement was made by British Prime Minister **Andy Burnham** during a visit to Kyiv in August 2026\. The decision follows a request from Ukrainian President Volodymyr Zelenskyy for access to technology that would allow Ukraine to expand domestic production of long-range strike weapons. ## Ukraine Seeks Domestic Missile Production The technology transfer is intended to help Ukraine manufacture Storm Shadow-related weapons inside the country rather than relying entirely on missiles supplied by foreign partners. British officials have indicated that the shared information will cover British-designed components and associated technical knowledge. However, the transfer does not mean that Ukraine will immediately begin producing complete missiles. Establishing a production line would require industrial facilities, specialized equipment, testing infrastructure and a reliable supply chain. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/British-and-Ukrainian-officials-stand-together-during-a-defense-related-event--reflecting-growing-cooperation-in-support-of-Ukraine---s-military-capabilities.png) British and Ukrainian officials stand together during a defense-related event, reflecting growing cooperation in support of Ukraine’s military capabilities ## Storm Shadow and SCALP Are Closely Related Storm Shadow is the British designation for an Anglo-French air-launched cruise missile. France operates a closely related version known as **SCALP-EG**. The two variants share much of their basic design and mission capability, although differences exist in areas such as aircraft integration, software, and certain national components. The missile is designed for precision strikes against high-value targets, including hardened facilities, command centers, and infrastructure. ## France Also Involved in the Project Because Storm Shadow and SCALP were developed through Anglo-French cooperation, Ukraine’s domestic production plans require coordination with both countries. France has reportedly given Ukraine permission to pursue licensed domestic production of the SCALP variant. Britain’s decision to provide information on its own components is therefore intended to complement French cooperation and help Ukraine develop a broader missile-manufacturing capability. ## Missile Production Could Strengthen Ukraine’s Strike Capability Ukraine has increasingly focused on developing long-range weapons capable of striking military infrastructure and other strategic targets far behind the front line. Domestic production could provide Kyiv with greater control over missile availability and reduce its dependence on foreign stockpiles. However, producing a sophisticated cruise missile is a complex industrial task. Guidance systems, propulsion, navigation, warhead integration, low-observable design and quality-control processes all require advanced manufacturing expertise. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Heavily-armed-Eurofighter-Typhoon-prepares-for-its-next-mission--showcasing-its-powerful-design--advanced-avionics--and-multirole-combat-capability.png) Heavily armed Eurofighter Typhoon prepares for its next mission, showcasing its powerful design, advanced avionics, and multirole combat capability ## The Move Builds on Earlier Western Support The weapons have been used by Ukrainian forces against Russian military targets and have provided Kyiv with a strike capability beyond the range of many conventional artillery systems. France later supplied its SCALP variant, further expanding Ukraine’s access to Western long-range weapons. ## Britain and France Plan Future Missile Cooperation The technology-sharing announcement also follows earlier British and French plans to sustain and eventually renew production of Storm Shadow and SCALP missiles. The two countries have been working to strengthen European long-range strike capabilities while also developing future weapons intended to replace existing cruise-missile systems. Cooperation with Ukraine could form part of a broader effort to expand European missile production and improve industrial capacity. ## Russia Condemns the Technology Transfer Moscow has criticized the decision to share Storm Shadow-related technical information with Ukraine, viewing it as another step in Western countries' deepening military involvement. The Kremlin has previously warned that the use of Western-supplied long-range missiles against targets inside Russia could escalate the conflict. The prospect of Ukraine producing such weapons domestically is likely to increase those concerns in Moscow. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/MBDA-displays-its-advanced-missile-systems--including-the-Storm-Shadow_SCALP--Brimstone--and-SPEAR-families--at-an-international-defense-exhibition.png) MBDA displays its advanced missile systems, including the Storm Shadow/SCALP, Brimstone, and SPEAR families, at an international defense exhibition ## Major Step Toward Ukrainian Defense Independence The British decision could mark an important stage in Ukraine’s effort to develop a self-sufficient long-range strike industry. Although domestic Storm Shadow or SCALP production would take time, access to classified technical information, French cooperation, and Ukraine’s expanding defense-manufacturing sector could help Kyiv build a more independent missile capability. Author: Kevin Macmellon ### Israel and Greece sign $3.5 billion deal for missile defense URL: https://www.warfaredecoded.com/israel-and-greece-sign-3-5-billion-deal-for-missile-defense/ Last updated: 2026-09-13T20:31:45.000Z Israel and Greece have signed a **€3 billion defense agreement**, worth approximately **$3.5 billion**, to develop a comprehensive, multi-layered air and missile defense network for Greece. The agreement, signed on **August 31, 2026**, is the largest defense deal in the history of Israel–Greece relations. The system, known as **“Achilles Shield,”** is intended to protect Greek territory and critical infrastructure against ballistic missiles, aircraft, cruise missiles and drones. ## Multi-Layered Israeli Defense Systems The planned network will combine several Israeli-developed defense systems. These include **Rafael’s David’s Sling and SPYDER**, as well as the **BARAK MX system** produced by Israel Aerospace Industries. The agreement also includes **MMR multi-mission radars** manufactured by IAI’s ELTA Systems division. These sensors will support air surveillance and help coordinate responses against different types of aerial threats. ## Greece to Receive New Command-and-Control Network A major part of the agreement is the development of a new national **command-and-control system** for Greece. Developed by Rafael, the network will integrate the country’s air-defense assets into a more unified architecture. This approach is designed to allow Greek forces to detect, track and respond to threats through a coordinated system rather than relying on separate missile batteries operating independently. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/LORA-Missile-System.png) Israeli Aerospace Industries LORA missile displayed alongside its mobile launcher, showcasing Israel’s advanced long-range precision-strike technology. ## Additional Drone Defense Agreement Alongside the main €3 billion contract, Israel and Greece have signed a separate agreement worth approximately **€26 million** for Rafael’s **Drone Dome** counter-unmanned aircraft system. Drone Dome is intended to protect strategic locations from hostile drones, which have become a growing concern for military installations, energy infrastructure and other high-value targets. ## Part of Greece’s Wider Military Modernization The Achilles Shield project forms part of Greece’s broader **Agenda 2030** military modernization effort. Athens plans to invest approximately **€28 billion through 2036** in new defense capabilities, including air-defense systems, fighter aircraft and naval platforms. Greece is also planning to acquire up to **40 F-35 fighter jets** and additional frigates as it seeks to modernize its armed forces and strengthen its ability to respond to regional security challenges. ## Growing Strategic Partnership Between Athens and Jerusalem The agreement reflects the expanding defense and security relationship between Israel and Greece. The two countries have increased cooperation in military training, air operations, cybersecurity, energy security and counter-drone technologies. Their partnership has been strengthened by shared concerns about instability in the Eastern Mediterranean and the wider Middle East. Greece’s longstanding tensions with Turkey have also influenced Athens’ efforts to improve its air-defense and missile-defense capabilities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/UAV-Production-Facility.png) Unmanned aerial vehicles undergo assembly inside a defense manufacturing facility, highlighting the growing production of advanced drone systems ## Israel Expands Its Defense-Export Industry For Israel, the agreement represents a major success for its defense industry and one of the country’s largest military export contracts. Israeli defense companies have increasingly promoted systems that have been used in real-world combat, while international demand has grown for integrated air-defense networks capable of countering missiles, aircraft and drones. The Greek contract further strengthens Israel’s position as a major supplier of advanced air-defense technology. ## New Air-Defense Shield for Greece The Achilles Shield program is expected to create a layered defensive network combining radars, command systems, missile interceptors and counter-drone capabilities. Rather than relying on a single weapon system, Greece will receive an integrated architecture designed to address threats across different ranges and altitudes. The project marks a significant step in Athens’ effort to strengthen national airspace protection and modernize its military infrastructure. Author: Kevin Macmellon ### Iran Could Reverse-Engineer U.S. Dive-LD After Underwater Drone Capture URL: https://www.warfaredecoded.com/iran-could-reverse-engineer-u-s-dive-ld-after-underwater-drone-capture/ Last updated: 2026-09-11T19:34:44.000Z Iran’s capture of a U.S. autonomous underwater vehicle near the Strait of Hormuz could give Tehran an opportunity to study American unmanned-undersea technology, even though Washington says the vehicle was an older model that had malfunctioned and was not carrying classified systems. The incident involves an **Anduril Dive-LD**, a large autonomous underwater vehicle (AUV) designed for long-duration missions including surveillance, seabed mapping, mine warfare and other undersea operations. Multiple reports have confirmed that the vehicle shown in Iranian imagery closely matches the Dive-LD design. ## Iran Claims Capture of U.S. Underwater Drone Iran’s Islamic Revolutionary Guard Corps said on September 8 that its naval forces had captured what it described as an advanced U.S. unmanned submarine near the entrance to the Strait of Hormuz. Iranian authorities released imagery of the vehicle after the alleged seizure. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/ive-LD-is-displayed-inside-an-industrial-facility--showcasing-the-large-autonomous-platform-developed-for-long-duration-underwater-missions-and-modular-payloads.png) Dive-LD is displayed inside an industrial facility, showcasing the large autonomous platform developed for long-duration underwater missions and modular payloads ## What Makes Dive-LD Significant? The Dive-LD is a large autonomous underwater vehicle developed by Anduril for missions that would otherwise require crewed platforms or conventional submarines. The platform is approximately **5.8 meters long**, has an advertised maximum operating depth of about **6,000 meters**, and can remain on missions for up to **10 days**. It has modular payload capacity and is intended for missions including intelligence, surveillance and reconnaissance, mine warfare, seabed mapping and other undersea operations. ## Iran Could Study the Hardware The most immediate concern is not that Iran will simply copy the entire Dive-LD. Instead, Iranian engineers could examine individual components and design solutions that might improve their own autonomous underwater vehicles. Defense analysts cited by Reuters said Iran could potentially reverse-engineer the drone's **mechanical systems**, while software and protected elements would present a much greater challenge. ## The Capture Is Also a Propaganda Victory Even if the captured Dive-LD contains little classified technology, Tehran can still exploit the incident politically. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Dive-LD-moves-through-open-water--highlighting-the-platform---s-ability-to-conduct-extended-undersea-missions-without-a-crew-onboard.png) Dive-LD moves through open water, highlighting the platform’s ability to conduct extended undersea missions without a crew onboard The location makes that message particularly significant. The Strait of Hormuz is a critical maritime chokepoint, and control of the surrounding waters has become increasingly important as the U.S.-Iran confrontation has intensified. ## Iran Is Unlikely to Reproduce the Entire System The most realistic outcome is therefore not an Iranian copy of the Dive-LD appearing immediately, but the gradual incorporation of selected technologies and design concepts into Iranian underwater systems. The incident ultimately demonstrates a new vulnerability of autonomous warfare: **the same unmanned systems that allow militaries to accept greater operational risk can also become valuable intelligence targets when they fail and fall into enemy hands.** Author: Kevin Macmellon ### Sweden to Buy HIMARS Rocket Artillery for Around $730 Million URL: https://www.warfaredecoded.com/sweden-to-buy-himars-rocket-artillery-for-around-730-million/ Last updated: 2026-09-10T14:30:15.000Z Sweden has authorized the purchase of **Lockheed Martin’s M142 High Mobility Artillery Rocket System (HIMARS)** in a deal worth around **SEK 7 billion, or roughly $729–733 million**. The Swedish government announced the procurement on September 7, saying the system will provide a new long-range precision-fire capability for the Swedish Army. The acquisition is part of Sweden’s broader effort to rapidly strengthen its military capabilities following its entry into NATO in 2024 and the deteriorating security environment in Europe. ## More Than 10 HIMARS Launchers The Swedish government has not publicly specified the exact number of launchers in its announcement. Swedish and international reporting, however, says the package includes **just over 10 HIMARS launchers along with a substantial quantity of ammunition**. Deliveries of the launchers and ammunition are expected to begin in **2027**. The purchase follows a U.S. approval earlier this year for a much larger potential package involving **20 HIMARS systems and associated missiles, rockets, communications equipment, training and logistics**, with an estimated maximum value of $930 million. The final Swedish procurement is smaller than that original U.S. notification. ## Adding Long-Range Firepower to the Swedish Army HIMARS will give Sweden a capability it currently lacks at the Army level: highly mobile, long-range precision fires. Stockholm says the system will allow Swedish forces to operate across larger areas and engage targets at greater distances than existing conventional artillery systems. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/U.S.-Army-HIMARS-launcher-stands-beside-precision-guided-missiles--highlighting-the-system---s-ability-to-employ-multiple-types-of-long-range-munitions.png) U.S. Army HIMARS launcher stands beside precision-guided missiles, highlighting the system’s ability to employ multiple types of long-range munitions. The new capability is intended to complement Sweden’s **Archer self-propelled howitzers and other conventional artillery**, rather than replace them. Swedish Army chief Maj. Gen. Johan Pekkari said the HIMARS acquisition will provide long-range precision capability that is currently absent from the Army's toolbox. ## Future Precision Strike Missile Capability The HIMARS fleet will also provide Sweden with a pathway toward future use of the **Precision Strike Missile (PrSM)**. Swedish Defence Minister Pål Jonson said the new system will enable future employment of the weapon, which is designed to provide significantly longer-range precision strike capability. The original U.S. notification also included **GMLRS and ATACMS** ammunition. The notification described HIMARS as capable of employing the MLRS family of munitions, with the proposed package covering weapons, fire-control equipment, communications systems, training and logistics support. ## Saab and Lockheed Martin Plan Munitions Cooperation Alongside the HIMARS purchase, **Saab and Lockheed Martin** are signing a declaration of intent covering potential integration of Saab's **Ground-Launched Small Diameter Bomb (GLSDB)** and cooperation on production of ammunition for HIMARS and other systems, including Patriot. Sweden sees domestic and European ammunition production as an important part of securing long-term supplies. Breaking Defense reported that initial production activity is planned at Saab's facility in **Grayling, Michigan**, with the possibility of expanding production into Europe later. ## Sweden and Finland Deepen Rocket-Artillery Cooperation Sweden's HIMARS purchase was announced alongside a new **Swedish-Finnish declaration on rocket-artillery cooperation**. The agreement covers training, education, capability development, maintenance, security of supply and potential production cooperation. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/A-truck-mounted-HIMARS-launcher-prepares-for-operations-in-a-tropical-environment--showcasing-the-system---s-mobility-and-rapid-deployment-design.png) A truck-mounted HIMARS launcher prepares for operations in a tropical environment, showcasing the system’s mobility and rapid-deployment design The partnership is particularly significant because Finland already operates the **M270 Multiple Launch Rocket System**, which uses the same broader family of ammunition and shares components with HIMARS. Finland will therefore provide Sweden with an existing regional knowledge base for training, maintenance, and sustainment. ## Part of Sweden's Larger Defense Expansion Sweden's decision reflects a broader shift toward longer-range precision fires within Northern Europe. The Swedish government has identified rocket artillery as a priority under its **Total Defence Bill for 2025–2030**, with the HIMARS procurement intended to establish a dedicated rocket-artillery capability. For Sweden, HIMARS will add a highly mobile long-range strike layer alongside Archer artillery, Gripen-based capabilities and other emerging precision weapons. The first systems are scheduled to arrive in **2027**, marking a major expansion of Sweden's ground-based long-range firepower. Author: Kevin Macmellon ### SpaceX Falcon 9 launches 27 Starlink satellites from California URL: https://www.warfaredecoded.com/spacex-falcon-9-launches-27-starlink-satellites-from-california/ Last updated: 2026-09-09T14:30:18.000Z Falcon 9 Lifts Off From Vandenberg: SpaceX successfully launched another batch of **27 Starlink broadband satellites** from California on **September 6, 2026**, continuing the rapid expansion of its low-Earth-orbit communications network. The **Starlink Group 15-24** mission lifted off aboard a Falcon 9 Block 5 from **Space Launch Complex 4 East (SLC-4E) at Vandenberg Space Force Base** at **7:26 a.m. PDT (14:26 UTC)**. Launch tracking records place the precise liftoff at approximately 14:26:54 UTC. ## 27 Starlink Satellites Sent to Low Earth Orbit The Falcon 9's upper stage carried **27 Starlink satellites** toward low Earth orbit. Spaceflight Now identified the payload as **Starlink V2 Mini satellites**, part of SpaceX's continuing effort to increase the capacity and geographic coverage of the Starlink network. After completing the orbital portion of the flight, the upper stage deployed the 27 satellites approximately **62 minutes after liftoff**. The spacecraft will subsequently maneuver toward their operational positions within the Starlink constellation. ## Falcon 9 Booster B1088 Completes 19th Mission The launch also marked another milestone for Falcon 9 reusability. The first-stage booster assigned to the mission, **B1088**, was flying for the **19th time**. B1088's previous missions include national-security flights, the Transporter-12 rideshare mission, NASA's SPHEREx mission, and numerous Starlink deployments. The booster first flew in November 2024. Following stage separation, B1088 descended toward the Pacific Ocean and successfully landed on the autonomous droneship **Of Course I Still Love You** roughly **8.5 minutes after launch**. Launch records show the booster has now achieved **19 successful landings from 19 attempts**. ## SpaceX Reaches 80 Starlink Missions in 2026 The September 6 flight was SpaceX's **80th dedicated Starlink mission of 2026** and its **103rd Falcon 9 launch of the year**, according to Space.com and Spaceflight Now reporting. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Striking-orbital-view-showing-a-chain-of-satellites-passing-above-Earth---s-glowing-atmosphere--with-city-lights-and-aurora-illuminating-the-planet-below.png) Striking orbital view showing a chain of satellites passing above Earth’s glowing atmosphere, with city lights and aurora illuminating the planet below Just four days earlier, on September 2, another Falcon 9 launched **27 Starlink satellites** from Vandenberg on the Starlink Group 15-23 mission. That flight used booster B1063 on its 35th mission. The back-to-back missions illustrate the launch cadence SpaceX has established around Starlink and its reusable Falcon 9 fleet. ## Vandenberg's Growing Role in Starlink Deployment Vandenberg Space Force Base has become an important launch site for Starlink missions. Its location on California's coast allows rockets to depart over the Pacific and provides access to orbital trajectories used for higher-inclination portions of the constellation. For Starlink 15-24, the first stage landed roughly **574 kilometers downrange** on Of Course I Still Love You, according to launch-record data. ## Starlink Continues Rapid Expansion Starlink is SpaceX's satellite-based broadband network, designed to provide internet connectivity through a large constellation operating primarily in low Earth orbit. Space.com reported that by the time of the September 6 mission, **more than 11,000 active Starlink satellites** were operating in orbit, citing satellite-tracking data. The latest 27-satellite deployment therefore represents another incremental expansion of an already enormous orbital communications infrastructure. ## Falcon 9 Reusability Remains Central to the Launch Pace Perhaps the most significant aspect of missions like Starlink 15-24 is not simply the number of satellites launched, but the repeated reuse of Falcon 9 hardware. B1088's **19th launch and 19th successful recovery** demonstrate how booster reuse enables SpaceX to conduct frequent missions without manufacturing a completely new first stage for every flight. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Visualization-of-thousands-of-satellites-orbiting-Earth--illustrating-the-scale-of-SpaceX---s-growing-low-Earth-orbit-broadband-network.png) Visualization of thousands of satellites orbiting Earth, illustrating the scale of SpaceX’s growing low-Earth-orbit broadband network With **27 additional Starlink satellites deployed, another veteran booster recovered, and the company's 80th Starlink mission of 2026 completed**, Starlink 15-24 represents another step in SpaceX's continuing effort to expand its global satellite communications network while maintaining an unusually high orbital launch cadence. Author: Kevin Macmellon ### U.S. Army Moves TITAN Program Into Production With $192 Million Palantir-Anduril Awards URL: https://www.warfaredecoded.com/u-s-army-moves-titan-program-into-production-with-192-million-palantir-anduril-awards/ Last updated: 2026-09-07T14:30:47.000Z The U.S. Army has moved its Tactical Intelligence Targeting Access Node, or **TITAN**, program into the production phase with two contract delivery orders worth a combined **$192 million**. The awards, announced as of August 31, provide **$127 million to Palantir Technologies** and **$65 million to Anduril Industries**. The initial production effort covers **eight TITAN systems**, consisting of four TITAN Advanced and four TITAN Basic variants. The Army expects the systems to be delivered over the next **18 months**, adding to the nine prototype systems already retained for operational use. ## TITAN Brings AI-Enabled Intelligence to the Battlefield TITAN is designed as an **AI-enabled, expeditionary, and maneuverable intelligence ground station**. Mounted on vehicles, the system is intended to collect, process, and fuse information from space, high-altitude, aerial, and terrestrial sensors. The resulting intelligence can then support commanders and long-range precision fires by rapidly identifying and geolocating potential targets. The Army says the system is designed to reduce the time between detecting a target and providing information to the shooter through automated target nominations and a fused common intelligence picture. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Two-rugged-military-platforms-configured-for-mobile-command--communications-and-intelligence-missions--demonstrating-the-Army---s-focus-on-highly-mobile-battlefield.png) Two rugged military platforms configured for mobile command, communications and intelligence missions, demonstrating the Army’s focus on highly mobile battlefield ## Palantir Leads the Production Effort Under the new awards, **Palantir will lead overall TITAN production**, working with L3Harris Technologies, Sierra Nevada Corporation, Strategic Technology Consulting and World Wide Technology to provide key technologies and capabilities. Palantir's role builds on its earlier position as the lead contractor for the TITAN development effort. The company has emphasized TITAN's software-centric architecture, designed to integrate large volumes of sensor information and apply AI and machine learning at the tactical edge. ## Anduril Provides Hardware and Shelter Integration Anduril will receive the **$65 million award** and is responsible for critical hardware components and shelter integration. The company previously spearheaded the hardware design and manufacturing of TITAN prototype vehicles as part of the Palantir-led team. The partnership demonstrates how the Army is combining software-focused companies with specialized hardware manufacturers to create a more modular intelligence architecture rather than relying solely on traditional defense platforms. ## Designed to Shorten the Sensor-to-Shooter Timeline One of TITAN's central objectives is to compress the **sensor-to-shooter timeline**. Instead of intelligence being manually collected and passed through multiple stages before reaching a weapons unit, TITAN is intended to automate portions of the process by fusing information from multiple sensors and generating target recommendations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/specialized-military-communications-vehicle-transported-by-heavy-duty-trailer--highlighting-the-expeditionary-mobility-required-for-modern-battlefield-intelligence.png) Specialized military communications vehicle transported by heavy-duty trailer, highlighting the expeditionary mobility required for modern battlefield intelligence The Army says four years of prototype testing and soldier feedback across different operating environments have shaped the production configuration. Officials also intend the system to support **Multi-Domain Operations, Joint All-Domain Operations and Long-Range Precision Fires**. ## TITAN Systems Expected in FY2027 The eight systems covered by the latest awards represent the initial production batch rather than the end of the program. The Army said an additional production order is anticipated in **fiscal year 2027**, potentially expanding the number of TITAN systems available to operational units. The move marks an important transition for TITAN—from an experimental AI-enabled intelligence concept to a fielding program intended to provide the Army with a mobile, networked, and increasingly automated targeting capability. Author: Kevin Macmellon ### Iraq Moves Toward New Bell Helicopter Fleet in $800M U.S. Defense Deal URL: https://www.warfaredecoded.com/iraq-moves-toward-new-bell-helicopter-fleet-in-800m-u-s-defense-deal/ Last updated: 2026-09-06T15:16:02.000Z ## Major Upgrade for Iraq’s Rotary-Wing Fleet The United States has approved a potential **$800 million Foreign Military Sale to Iraq**, covering a package of Bell helicopters, weapons, sensors, communications equipment, training, and logistical support. The U.S. State Department notified Congress of the proposed deal on **August 31, 2026**, with **Bell Textron** of Fort Worth, Texas, identified as the principal contractor. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Bell-360-Invictus-takes-flight--showcasing-its-sleek-attack-reconnaissance-design--high-speed-capability-and-advanced-rotorcraft-technology-2.png) Bell 360 Invictus takes flight, showcasing its sleek attack-reconnaissance design, high-speed capability and advanced rotorcraft technology ## Bell 412EPX and Bell 407M At the center of the proposed package are the **Bell 412EPX** and **Bell 407M**. The 412EPX is a twin-engine utility helicopter suited to transport and support missions, while the 407M is configured for military missions including armed reconnaissance and light attack. The notification does **not specify the number of helicopters** Iraq would ultimately receive. ## Weapons and Advanced Sensors The proposed package goes beyond the aircraft themselves. It includes **GAU-19 machine guns, M260 rocket launchers, MX-15HDI electro-optical/infrared sensor systems and AN/AAR-60 Block 2 missile-warning systems**, along with radios, spare parts, ground-support equipment and training. This combination would give Iraqi forces greater capabilities for **troop transport, reconnaissance, surveillance and air-to-surface targeting** while improving their ability to operate and maintain the aircraft independently. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Bell-360-Invictus-races-through-low-level-terrain--highlighting-its-agility--speed-and-purpose-built-design-for-future-attack-and-reconnaissance-missions.png) Bell 360 Invictus races through low-level terrain, highlighting its agility, speed and purpose-built design for future attack and reconnaissance missions ## Part of a Broader U.S.-Iraq Defense Relationship The proposed sale comes as Iraq continues to develop its own security capabilities and modernize its military aviation fleet. The United States has maintained a substantial Foreign Military Sales relationship with Iraq for years, including earlier purchases of **F-16 fighters, C-130 aircraft and Bell 407 helicopters**. The new helicopter package therefore represents more than an aircraft purchase. It could further shift Iraq's rotary-wing capability toward **U.S.-supplied platforms and systems**, while strengthening interoperability and long-term defense ties between Washington and Baghdad. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/09/Kern-County-Fire-Department-Helicopter-408-takes-to-the-skies--supporting-firefighting--rescue-and-emergency-response-missions.png) Kern County Fire Department Helicopter 408 takes to the skies, supporting firefighting, rescue and emergency-response missions ## $800 Million Does Not Mean a Final Contract Importantly, this is a **potential Foreign Military Sale, not a completed $800 million contract**. The figure represents the estimated value of the proposed package, and the final quantity, configuration, price and delivery schedule can change during negotiations. If finalized, however, the deal would mark a significant investment in Iraq's military helicopter fleet and provide Baghdad with a combination of **transport, armed reconnaissance, surveillance and targeting capabilities** built around American-made helicopters. Author: Kevin Macmellon ### NASA Awards Amentum $974 Million Contract to Support Langley Research Center URL: https://www.warfaredecoded.com/nasa-awards-amentum-974-million-contract-to-support-langley-research-center/ Last updated: 2026-08-28T14:30:03.000Z Amentum has secured a **$974 million, 10-year contract from NASA’s Langley Research Center (LaRC)** in Hampton, Virginia. The contract, known as the **Center Maintenance, Operations, and Engineering II (CMOE II)**, will place Amentum in charge of a broad range of maintenance, engineering, and operational support activities across the research center. Federal contracting records put the total potential value of the award at approximately **$973.78 million**. The contract was awarded to Amentum Technology under contract **80LARC24DA009**, with performance scheduled from **October 1, 2026, through September 30, 2036**. ### Supporting NASA’s Advanced Research Infrastructure The work extends well beyond conventional facility maintenance. Amentum will provide operations and engineering support for **wind tunnels, laboratories, test facilities, utilities, and other specialized research infrastructure** used at Langley. The company will also handle preventive maintenance, repairs, engineering services, and project-management activities. The contract also includes support for **facility modernization and automation**, including upgrades to laboratory and wind-tunnel systems. ### A Long-Term Role at NASA Langley NASA Langley is one of the agency's major research centers and has played a central role in U.S. aeronautics and aerospace development for decades. Its facilities include sophisticated wind tunnels, laboratories, and test systems that allow researchers to evaluate aircraft and space technologies under controlled conditions. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Major-Investment-in-NASA---s-Research-Facilities.png) Inside NASA Langley’s research infrastructure, where advanced aerospace technologies are developed and tested for future missions Through CMOE II, Amentum will help keep that infrastructure operational while supporting modernization efforts. The 10-year duration also gives the company a long-term role in maintaining the facilities that underpin NASA's continuing research programs. ### Contract Adds to Amentum’s Growing Backlog The NASA award comes as Amentum continues to expand its portfolio of large U.S. government contracts. In its third-quarter fiscal 2026 results, the company reported approximately **$3.49 billion in quarterly revenue and $48.2 billion in backlog**, with the Langley contract contributing to its long-term order book. Amentum also said that a previously filed protest involving the Langley procurement had been resolved during the quarter. The resolution allowed the company to move forward with the award and include the contract in its backlog and book-to-bill figures. ### Strengthening Amentum’s NASA Business The CMOE II award further expands Amentum's relationship with NASA. The company says it has supported NASA programs for **more than six decades**, providing engineering, technical, facility and mission-support services across the agency. The company has also secured other major NASA work, including the **COSMOS contract supporting spaceflight mission operations and systems**. The combination of these programs gives Amentum a significant presence across NASA's research, infrastructure and spaceflight activities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/NASA---s-Advanced-Research-Infrastructure.png) An aerial view of NASA Langley Research Center, highlighting the scale of the facility and its role in America’s aerospace research programs ### A Major Investment in NASA’s Research Facilities The nearly **$1 billion Langley contract** represents more than a facility-management award. It gives Amentum responsibility for helping operate, maintain, and modernize infrastructure that supports NASA's aerospace research for the next decade. For Amentum, the contract provides another substantial source of long-term government business. For NASA, it provides dedicated engineering and operational support aimed at keeping Langley's highly specialized research facilities ready for the next generation of aerospace and aeronautics programs. Author: Kevin Macmellon ### Leidos Wins $56 Million Contract to Support U.S. Military Psychological Health and Readiness URL: https://www.warfaredecoded.com/leidos-wins-56-million-contract-to-support-u-s-military-psychological-health-and-readiness/ Last updated: 2026-08-27T17:59:34.000Z [Leidos](https://www.leidos.com/?utm%5Fsource=chatgpt.com) has been awarded a **$56 million, 66-month contract** by the **Naval Health Research Center (NHRC)** to conduct behavioral-health research, operational assessments and data-driven analysis aimed at strengthening the psychological health and operational readiness of U.S. service members. ### What the contract covers The work will examine psychological and behavioral factors affecting military personnel **throughout the deployment cycle**. Leidos will study both risk factors and protective measures, with the goal of developing evidence-based interventions that can: - Improve resilience among service members - Support better decision-making - Reduce adverse health and performance outcomes - Improve operational readiness - Translate research findings into practical military solutions ### Naval Health Research Center NHRC, based in San Diego, is one of **eight laboratories within the Navy Medical Research & Development Enterprise**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/US-Army-Man-taking-Mental-Health-Discssion-with-Doctor.png) Building a stronger force through psychological health support, readiness programs, and accessible care for U.S. military personnel Its research covers behavioral health, epidemiology, readiness and disease surveillance, with the broader objective of maintaining the health and operational effectiveness of U.S. armed forces. ### Leidos' military-health experience The contract builds on Leidos' more than **50 years of experience supporting military research**. The company has also expanded its role in military well-being through **Military OneSource**, a separate $456 million, four-year program supporting more than 4.7 million service members and family members with counseling, deployment resources, and other services. ### An important timing detail Although Leidos announced the $56 million award on **August 25, 2026**, reporting indicates the underlying Navy contract was **originally awarded in 2025** and is now being highlighted by the company. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Ledios-with-Military-Personal-Checking-their-Mental-Health.png) Supporting the force beyond the battlefield — U.S. service members receive medical care as part of broader military health and readiness efforts So, for an article, it's more accurate to say **“Leidos highlights/announces a $56 million Navy health-research contract”** rather than implying the award was necessarily made today. Author: Kevin Macmellon ### URSA Major to Go Public in $2.3 Billion Deal as Hypersonic Demand Grows URL: https://www.warfaredecoded.com/ursa-major-to-go-public-in-2-3-billion-deal-as-hypersonic-demand-grows/ Last updated: 2026-08-26T14:30:19.000Z Ursa Major Technologies, a U.S. aerospace and defense company specializing in hypersonics, solid rocket motors and space propulsion, has agreed to go public through a merger with Bleichroeder Acquisition Corp. III. The transaction values the combined company at approximately $2.3 billion and is expected to close in the first quarter of 2027, subject to regulatory and shareholder approval. ### $2.3 Billion Valuation The deal gives Ursa Major an estimated **$1.6 billion pre-money equity valuation** and approximately **$2.3 billion post-transaction valuation**. It also includes at least **$350 million in PIPE financing**, with approximately $110 million expected to be funded when the agreement is signed. Depending on shareholder redemptions, Ursa Major could retain as much as another $345 million in proceeds. The combined company is expected to trade on the **Nasdaq**, with the transaction scheduled to close in Q1 2027 if all conditions are met. The SPAC is expected to be renamed **Inflection Point Mach X Bleichroeder Corp.** and use the ticker **IPXX**. ### Ursa Major's Focus on Hypersonics Founded in 2015, Ursa Major has developed propulsion technologies for **hypersonic weapons, solid rocket motors and space systems**. According to the company and Reuters, it has conducted more than **5,500 ground tests and approximately 140,000 seconds of testing**, with its engines supporting more than a dozen successful hypersonic missions. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/USRA-Missile.png) A rocket launches from a ground-based test rail, demonstrating high-speed propulsion technology in the desert The company supplied the liquid rocket engine that powered **Stratolaunch's Talon-A reusable hypersonic vehicle** during a successful 2025 test, demonstrating its propulsion technology in a flight environment. ### Capital to Expand Missile Production The new funding is expected to help Ursa Major increase production across several areas, including **solid rocket motors, the HAVOC Missile System, liquid hypersonic engines and space mobility systems**. The timing is significant as the U.S. military looks to expand domestic production of missile components and reduce pressure on a highly concentrated solid-rocket-motor industrial base. Ursa Major has increasingly positioned itself as an alternative supplier using advanced manufacturing techniques to increase production speed and scalability. ### $10 Million U.S. Navy Rocket Motor Contract The public-market deal follows several important developments for Ursa Major. In July, the **U.S. Navy awarded the company a $10 million development contract for its MK 104 solid rocket motor**, supporting critical design review and static-fire testing. The MK 104 is used in the Standard Missile family, including the **SM-2 and SM-6**. Ursa Major also completed a **$25 million joint Solid Rocket Motor Manufacturing Pathfinder Program** with the U.S. Navy and Office of Strategic Capital. The program involved designing, manufacturing, and static-firing a 10-inch solid rocket motor prototype and developing its propellant. ### Expanding U.S. Manufacturing Just days before announcing the public-market deal, Ursa Major opened a new manufacturing facility in **Longmont, Colorado**. The company says the facility expands its capacity for avionics and in-space propulsion while adding additional manufacturing capacity for hypersonics and solid rocket motors. The company also plans to expand its Colorado operations into larger-scale solid rocket motor production, supporting what it describes as growing customer demand. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/USRA-Missile-Flying.png) Ursa Major’s hypersonic vehicle accelerates through the sky during a high-speed propulsion test ### Why the Deal Matters The transaction reflects growing investor interest in defense technology companies as governments increase spending on **hypersonic weapons, missile defense, drones and other rapidly deployable systems**. Reuters notes that the U.S. is increasing investment in hypersonic technology amid competition with China and Russia. For Ursa Major, going public could provide the capital needed to move from developing and demonstrating propulsion technology toward **large-scale production of critical missile and hypersonic components**. Author: Kevin Macmellon ### Pegasus Aero Group and SkyConnect reach a long-term, multi-aircraft UH-60 Black Hawk lease agreement URL: https://www.warfaredecoded.com/pegasus-aero-group-and-skyconnect-reach-a-long-term-multi-aircraft-uh-60-black-hawk-lease-agreement/ Last updated: 2026-08-25T14:30:29.000Z **Pegasus Aero Group has signed a long-term, multi-aircraft lease agreement with SkyConnect Leasing for UH-60L Black Hawk helicopters**, expanding its ability to support wildfire suppression, civil protection, and emergency-response missions. The agreement is designed to strengthen Pegasus’ fleet while giving the company greater flexibility than an outright aircraft purchase. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Pegasus-Aero-Group-with-the-team.png) The deal also gives Pegasus access to SkyConnect’s dedicated Black Hawk leasing platform, which is focused on mission-critical operations. The companies said the partnership will support Pegasus’ expansion into **European and Latin American markets**. ### Black Hawks Will Target Wildfire Missions The UH-60L is increasingly being adopted for civilian wildfire operations because of its combination of **heavy-lift capability, speed, durability and multi-mission flexibility**. Former U.S. Army Black Hawks are being refurbished and adapted for firefighting as demand for high-performance helicopters grows. Pegasus already operates a broad emergency-services business and has experience in **forest-firefighting and civil protection**. The company says its firefighting operation uses fixed-wing aircraft as well as light, medium and heavy helicopters. ### SkyConnect Builds Black Hawk Leasing Platform SkyConnect Leasing has developed a specialized leasing business around Black Hawks for aerial firefighting and emergency-response missions. Its model is aimed at operators that need aircraft without taking on the full capital cost and asset-management burden of ownership. The company also provides support beyond simply supplying the helicopter. Its services include **operational transition, maintenance planning, supply-chain support and lifecycle asset management**, helping operators introduce the UH-60 into new operating environments. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-Army-Black-Hawk-delivers-essential-supplies-and-equipment--using-its-heavy-lift-capability-to-support-troops-and-operations-in-difficult-to-reach-areas-1.png) U.S. Army Black Hawk delivers essential supplies and equipment, using its heavy-lift capability to support troops and operations in difficult-to-reach areas ### Black Hawk Demand Is Growing in Europe The Pegasus agreement comes as more European operators and governments turn to the Black Hawk for wildfire and emergency missions. Portugal, for example, has been building its own UH-60 fleet, while Spain recently received Europe's first restricted-category N-registered UH-60L for aerial firefighting. Other European programs are also emerging. A separate five-year framework agreement announced in 2026 covers **10 UH-60 Black Hawks for SAF Aerogroup**, while the Czech Republic has agreements covering modernized UH-60L helicopters and new S-70M Firehawks for police, search-and-rescue and firefighting missions. ### Why Operators Want the UH-60L Its military-derived design provides a large cabin, twin-engine configuration and strong lifting performance, while modified aircraft can be equipped with **Bambi buckets or belly-mounted firefighting tanks**. The aircraft can also be configured for missions beyond firefighting, including **search and rescue, emergency response, cargo transport and utility operations**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/UH-60-Black-Hawk-U.S.-Army-conducts-a-rescue-mission-to-evacuate-an-injured-person-from-difficult-1.png) UH-60 Black Hawk U.S. Army conducts a rescue mission to evacuate an injured person from difficult ### A New Civilian Market for Former Military Black Hawks The Pegasus-SkyConnect agreement is another example of how surplus U.S. military Black Hawks are finding new lives in civilian aviation. The U.S. Army's **Black Hawk Exchange and Sales Transaction (BEST)** program has moved hundreds of helicopters into civilian and international markets, creating a growing ecosystem of refurbishment, leasing and support companies. The Pegasus deal shows how **leasing is becoming another route for operators to bring UH-60s into emergency-service fleets without purchasing the aircraft outright**. Author: Kevin Macmellon ### US Navy Awards $76.6 Billion Submarine Contracts to HII and General Dynamics URL: https://www.warfaredecoded.com/us-navy-awards-76-6-billion-submarine-contracts-to-hii-and-general-dynamics/ Last updated: 2026-08-24T14:30:00.000Z The U.S. Navy has awarded a combined **$76.6 billion** package to General Dynamics Electric Boat and HII’s Newport News Shipbuilding for the next generation of nuclear-powered submarines. The award covers **14 submarines**, marking one of the largest investments in the U.S. undersea fleet. The package includes **nine Virginia-class attack submarines and five Columbia-class ballistic missile submarines**, along with previously awarded investments aimed at improving shipyard productivity. The contracts are intended to strengthen U.S. submarine production and support the Navy’s long-term undersea strategy. ### $42.1 Billion for Virginia-Class Submarines About **$42.1 billion** of the package covers nine Block VI Virginia-class attack submarines, plus material for another boat. These submarines are designed for missions including anti-submarine warfare, intelligence collection, special operations support and long-range strike. The new Block VI boats will continue the Virginia-class production line and incorporate the program's evolving capabilities. The Virginia-class is being built jointly by Electric Boat and Newport News Shipbuilding, with the two companies dividing major construction work between their facilities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-Navy-submarine-sits-in-harbor-alongside-the-historic-USS-Constitution--showcasing-America---s-naval-power.png) U.S. Navy submarine sits in harbor alongside the historic USS Constitution, showcasing America’s naval power ### $29.5 Billion for Columbia-Class Ballistic Submarines Another **$29.5 billion** is allocated for five additional Columbia-class ballistic missile submarines. The Columbia class is designed to replace the Navy’s aging Ohio-class ballistic missile submarines and will form the sea-based component of the U.S. nuclear triad. The submarines will carry the Navy’s **Trident II D5** ballistic missiles and are intended to provide a survivable nuclear deterrent. Electric Boat leads the Columbia-class program while Newport News Shipbuilding produces major sections and modules as its construction partner. ### Newport News Shipbuilding Gets Major Role Newport News Shipbuilding, an **HII division**, is a major partner in both submarine programs. For the Virginia-class boats covered by the new package, NNS will serve as the delivery yard for **six of the nine submarines**. NNS also produces major modules for the Columbia-class submarines, including **six module sections per submarine**. The company works alongside Electric Boat, which builds other major sections, including the central reactor-containing portions. ### $5 Billion Goes Toward Shipyard Capacity The overall $76.6 billion figure also includes roughly **$5 billion for shipbuilder productivity and infrastructure improvements**. The money is intended to help the two shipbuilders expand capacity, modernize facilities, and strengthen the workforce needed for sustained submarine production. That investment is particularly important because the submarine industry has faced **worker shortages, supply-chain problems, and construction delays**. A recent Government Accountability Office assessment found that Virginia-class production had been running at roughly one submarine per year, below the Navy’s long-term target of two annually. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-Navy-submarine-undergoes-work-inside-a-massive-dry-dock--highlighting-the-scale-of-America---s-complex-submarine-maintenance.png) U.S. Navy submarine undergoes work inside a massive dry dock, highlighting the scale of America’s complex submarine maintenance ### Submarine Production Faces Major Challenges The huge contract provides long-term demand for shipyards and thousands of suppliers, but the money alone does not immediately solve production problems. The submarine industry has struggled to recruit experienced workers and recover from material and schedule disruptions. The Navy and industry ultimately want to reach a sustained production rate of **two Virginia-class submarines and one Columbia-class submarine per year**. The latest contracts are intended to provide the financial certainty needed to expand the industrial base and support that production goal. ### Strategic Investment in US Undersea Power The contract is part of a broader effort to strengthen America's undersea forces and **recapitalize the nuclear triad**. Attack submarines provide covert conventional strike and intelligence capabilities, while ballistic missile submarines provide the Navy's most survivable nuclear deterrent. The scale of the investment also reflects Washington's concern about maintaining U.S. naval power as China expands its own submarine and maritime capabilities. But delivering all 14 submarines on schedule will depend heavily on whether the Navy and shipbuilders can overcome the workforce, supply-chain, and production problems that have slowed the program in recent years. Author: Kevin Macmellon ### CENTCOM and UAE Launch Joint Task Force to Develop Military AI Capabilities URL: https://www.warfaredecoded.com/centcom-and-uae-launch-joint-task-force-to-develop-military-ai-capabilities/ Last updated: 2026-08-23T14:30:36.000Z U.S. Central Command has announced an agreement with the **United Arab Emirates to establish a bilateral task force focused on accelerating military artificial intelligence applications**. The initiative, named **Task Force Talon Synapse**, is expected to formally launch in the coming weeks. The task force will be based in **Abu Dhabi** and will bring together approximately **20 American and Emirati personnel** specializing in artificial intelligence, data, and cybersecurity. CENTCOM described it as the first bilateral task force of its kind between the two countries. ### Task Force Talon Synapse to Focus on Military AI The new team will work on integrating AI into **intelligence support, critical infrastructure protection, and monitoring of the regional security environment**. The objective is to move AI capabilities from development toward practical military applications. CENTCOM Commander Adm. Brad Cooper said the partnership is intended to help deliver emerging AI capabilities to warfighters more rapidly. The initiative reflects Washington's growing emphasis on using AI to process information and support military decision-making. ### Abu Dhabi to Host US and Emirati Specialists Task Force Talon Synapse will operate from Abu Dhabi, bringing U.S. and UAE specialists together in a single working group. Its personnel will have expertise across **AI, data, and cybersecurity**, areas increasingly important to modern military operations. The UAE has invested heavily in artificial intelligence and has sought to establish itself as a regional technology hub. Its cooperation with the United States has also expanded into defense technology, autonomous systems, and advanced computing. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-and-UAE-military-personnel-work-together-inside-a-command-center--reviewing-operational-data-and-regional-maps-as-part-of-closer-defense-and-AI-cooperation.png) U.S. and UAE military personnel work together inside a command center, reviewing operational data and regional maps as part of closer defense and AI cooperation ### AI to Support Intelligence and Security One of the task force's primary areas will be **intelligence support**, where AI can help military organizations process large volumes of information and identify relevant patterns more quickly. The team will also examine applications for monitoring the regional security environment. The task force will also focus on protecting critical infrastructure. That could make AI increasingly important not only for battlefield operations but also for identifying potential threats to important facilities and networks across the region. ### US-UAE Technology Cooperation Expands The initiative builds on discussions that began last year between Cooper and UAE National Security Adviser **Sheikh Tahnoon bin Zayed Al Nahyan**. CENTCOM also held meetings with AI industry leaders and Emirati defense officials during a regional visit in June. The broader relationship has expanded as both countries seek greater cooperation in emerging technologies. The UAE has developed major AI ambitions, while Washington is increasingly looking to trusted regional partners to accelerate adoption of advanced technologies. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-and-UAE-military-officers-meet-during-an-official-engagement--highlighting-growing-defense-cooperation-between-Washington-and-Abu-Dhabi.png) U.S. and UAE military officers meet during an official engagement, highlighting growing defense cooperation between Washington and Abu Dhabi ### US Seeks Faster Military AI Development The creation of Talon Synapse comes as militaries increasingly view AI as a tool for **faster intelligence analysis, data processing, cybersecurity, and operational decision support**. The U.S. has already experimented with AI and autonomous systems through other CENTCOM initiatives. However, closer AI cooperation also raises questions about **data sharing, cybersecurity, and the protection of sensitive military information**. Analysts have questioned what classified information could be shared between the two countries and how the relatively small 20-person task force will translate its work into operational capabilities. Author: Kevin Macmellon ### AIM-120 AMRAAM: Inside the U.S. Advanced Medium-Range Air-to-Air Missile Combat URL: https://www.warfaredecoded.com/aim-120-amraam-inside-the-u-s-advanced-medium-range-air-to-air-missile-combat/ Last updated: 2026-08-22T14:30:36.000Z The **AIM-120 Advanced Medium-Range Air-to-Air Missile (AMRAAM)** is a radar-guided missile designed to engage enemy aircraft beyond visual range. It entered U.S. service in 1991 and was developed as a successor to the AIM-7 Sparrow, giving fighter aircraft a more capable “fire-and-forget” weapon. Unlike older semi-active radar-guided missiles that require continuous illumination from the launching aircraft, AMRAAM uses **inertial guidance, midcourse updates, and an onboard active radar seeker** for the terminal phase. This allows the launching fighter to maneuver or engage other targets after launch. ### AIM-120D Represents the Latest Generation The **AIM-120D-3**, developed through the AMRAAM Form, Fit, Function Refresh program, adds updated hardware and software. Testing has included long-range shots from F-22 and F/A-18 aircraft, with Raytheon reporting successful demonstrations of extended time-of-flight performance. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-Navy-flight-deck-crew-prepare-AIM-120-AMRAAM-missiles-for-loading-aboard-a-fighter-aircraft-during-carrier-operations.png) U.S. Navy flight deck crew prepare AIM-120 AMRAAM missiles for loading aboard a fighter aircraft during carrier operations ### Used by F-15, F-16, F-22 and F-35 AMRAAM is integrated with many of the U.S. military's major fighter aircraft, including the **F-15, F-16, F/A-18, F-22, and F-35**. Its compatibility with different aircraft has also made it a major weapon for U.S. allies. Raytheon says AMRAAM has been integrated onto **14 aircraft platforms in 43 countries**, making it one of the most widely deployed modern radar-guided air-to-air missiles. The weapon is also operational on all variants of the F-35. ### Active Radar Gives AMRAAM Its Advantage After launch, AMRAAM can initially use inertial navigation and receive updated target information through a datalink. As it approaches the target, its onboard active radar takes over the terminal engagement, allowing the missile to independently track the target. This capability gives pilots greater flexibility during an engagement. Rather than remaining locked onto a target throughout the entire flight, the launching aircraft can continue maneuvering or perform other tasks while the missile guides itself toward the target. ### AMRAAM Is Also Used on NASAMS Raytheon also produces **AMRAAM-ER**, which uses a larger rocket motor and optimized flight-control systems to extend the missile's range and altitude capability. This gives operators another option for defending against airborne threats from the ground. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/AIM-120-AMRAAM-rests-on-a-weapons-trolley-against-a-dramatic-sunset--highlighting-the-missile---s-distinctive-design-and-air-to-air-combat-role.png) AIM-120 AMRAAM rests on a weapons trolley against a dramatic sunset, highlighting the missile’s distinctive design and air-to-air combat role ### Production Is Expanding In 2025, the U.S. Department of Defense awarded Raytheon a **not-to-exceed $3.5 billion contract** covering AMRAAM production Lots 39 and 40, including missiles, telemetry systems, spares, and engineering support. In February 2026, Raytheon announced agreements intended to accelerate production of several critical missile systems, including AMRAAM. The company said annual AMRAAM production is planned to increase to **more than 1,900 missiles per year**, reflecting growing demand for air-to-air weapons. ### Core Weapon of Modern Air Warfare The development of the **AIM-120D-3** and expansion of production show that the missile is expected to remain important as air forces prepare for increasingly contested environments. Rather than being replaced immediately, AMRAAM is being upgraded to keep pace with new aircraft, electronic warfare threats, and longer-range air combat. Author: Kevin Macmellon ### Trump Orders Pentagon to Scale Back U.S.-South Korea Military Drills Amid North Korea Tensions URL: https://www.warfaredecoded.com/trump-orders-pentagon-to-scale-back-u-s-south-korea-military-drills-amid-north-korea-tensions/ Last updated: 2026-08-21T14:30:14.000Z President Donald Trump has instructed the Pentagon to **“substantially reduce” joint military exercises with South Korea**, arguing that the drills are costly and send what he described as an inappropriate and hostile signal to North Korea. Trump also pointed to his relationship with North Korean leader Kim Jong Un. The order came as U.S. and South Korean forces were preparing for the annual **Ulchi Freedom Shield** exercise. The decision does not amount to a complete cancellation, but the exact scale of the reduction remains unclear. ### Ulchi Freedom Shield Continues The annual exercise began as scheduled despite Trump's order. About **18,000 South Korean troops** are involved, with the exercise designed to improve combined readiness against threats on the Korean Peninsula. U.S. Forces Korea describes Ulchi Freedom Shield as a combined, joint, all-domain, and interagency exercise involving **live, virtual, constructive, and field-based training**. The drills are intended to strengthen the ability of U.S. and South Korean forces to respond together during a crisis. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-and-South-Korean-forces-stand-together-during-a-joint-military-exercise--highlighting-the-close-defense-partnership-between-the-two-allies.png) U.S. and South Korean forces stand together during a joint military exercise, highlighting the close defense partnership between the two allies ### Iran War Adds Pressure Trump's decision comes while the U.S. military is heavily engaged in the **Iran conflict**, placing additional demands on American forces and equipment. Reuters reported that U.S. forces are already shifting major military assets toward the Middle East. Trump also criticized South Korea for declining to participate in U.S. efforts against Iran. Seoul's position on the Iran war has therefore become part of a wider dispute over burden-sharing and the responsibilities of U.S. allies. ### Trump Points to Kim Jong Un Trump said his **“very good relationship” with Kim Jong Un** was another reason for reducing the exercises. He has previously argued that large-scale U.S.-South Korean drills can be provocative and has used reductions in exercises as part of efforts to create space for negotiations with Pyongyang. The situation is different from Trump's first term, however. North Korea has expanded its nuclear and missile capabilities and strengthened military ties with Russia, making the security environment more complicated than when earlier exercises were suspended. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-and-South-Korean-troops-pose-together-aboard-a-landing-craft--showcasing-allied-coordination-and-combat-readiness.png) U.S. and South Korean troops pose together aboard a landing craft, showcasing allied coordination and combat readiness ### Seoul Keeps Defense Coordination South Korea has said it will **continue coordinating closely with Washington** on its defense posture. Seoul has also expressed hope that Trump's move could eventually create an opening for renewed dialogue with North Korea. ### Readiness and Deterrence in Question The decision therefore creates a difficult balance for Washington: **reduce costs and military demands while maintaining deterrence on the Korean Peninsula**. With North Korea continuing to develop its missile and nuclear forces, any sustained reduction in training could become an important issue for the U.S.-South Korea alliance. Author: Kevin Macmellon ### US Fires More Than 1,300 Tactical Ballistic Missiles in Major Iran Conflict URL: https://www.warfaredecoded.com/us-fires-more-than-1-300-tactical-ballistic-missiles-in-major-iran-conflict/ Last updated: 2026-08-20T14:30:07.000Z The U.S. military fired **more than 1,300 tactical ballistic missiles** during its war with Iran, according to a U.S. official cited by *The Washington Post*. The weapons were used during the first weeks of the conflict as American forces conducted large-scale strikes against Iranian targets. The figure highlights the extraordinary pace at which the U.S. consumed precision-guided weapons during the campaign. The expenditure has since raised concerns about how quickly American missile inventories can be replenished. ### Army Tactical Missiles Played a Major Role The weapons included missiles from the U.S. Army's tactical ballistic missile arsenal. These systems provide commanders with the ability to strike targets at extended ranges without sending aircraft directly into heavily defended areas. Using such weapons in large numbers allowed U.S. forces to maintain pressure on Iranian military infrastructure while reducing the need for manned aircraft to conduct every long-range strike. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Flight-deck-crews-prepare-multiple-precision-guided-bombs-aboard-an-aircraft-carrier--ensuring-the-weapons-are-secured-and-ready-for-deployment.png) Flight deck crews prepare multiple precision-guided bombs aboard an aircraft carrier, ensuring the weapons are secured and ready for deployment ### Tomahawk Use Added to the Demand The tactical ballistic missiles were only part of the U.S. expenditure. The military also fired **more than 850 Tomahawk cruise missiles** during the first month of the conflict, according to reporting cited by multiple outlets. At the same time, U.S. forces used large numbers of air-defense interceptors against Iranian missile attacks. Reuters reported that the conflict had nearly exhausted the U.S. stockpile of several long-range precision weapons, including Army Tactical Missile Systems and Precision Strike Missiles. ### Missile Stockpiles Under Pressure The heavy expenditure has put significant pressure on U.S. missile inventories. A CSIS assessment found that U.S. Patriot inventories had fallen below 1,000, while THAAD inventories stood at roughly 250 following extensive use during the conflict. The concern extends beyond offensive weapons. Patriot and THAAD interceptors are critical to protecting U.S. forces and bases from incoming ballistic missiles, meaning depleted stocks could affect the Pentagon's ability to sustain another major conflict. ### Pentagon Pushes for Faster Production The depletion has prompted the Pentagon to push defense companies to increase weapons production. A Defense Department memo reportedly called for industry to submit plans for significantly faster production and delivery of critical weapons. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Airmen-prepare-precision-guided-bombs-for-deployment--loading-heavy-munitions-onto-an-aircraft-during-a-military-weapons-operation.png) Airmen prepare precision-guided bombs for deployment, loading heavy munitions onto an aircraft during a military weapons operation Defense manufacturers are already expanding production of systems such as Patriot, THAAD, and Precision Strike missiles. But rebuilding large inventories is expected to take years rather than months because missile production depends on specialized components, rocket motors, and limited manufacturing capacity. ### Iran War Exposes US Magazine-Depth Problem The scale of missile expenditure has raised a broader question for the Pentagon: **how much ammunition can the U.S. sustain in a prolonged high-intensity conflict?** The Iran campaign has consumed weapons at a rate that has put pressure on stocks needed for other potential conflicts. The issue is particularly important as Washington continues to prepare for possible contingencies involving China and Russia. The U.S. still maintains a large and technologically advanced arsenal, but the Iran war has demonstrated how quickly even a major stockpile can be reduced when precision weapons are used at wartime rates. Author: Kevin Macmellon ### US Army Funds TALUS Autonomous Vehicle to Resupply Troops in Contested Areas URL: https://www.warfaredecoded.com/us-army-funds-talus-autonomous-vehicle-to-resupply-troops-in-contested-areas/ Last updated: 2026-08-19T14:30:50.000Z The **U.S. Army is backing TALUS**, an autonomous logistics vehicle designed to move supplies to troops operating in contested areas. The system is aimed at keeping frontline units supplied without requiring soldiers to make every resupply journey themselves. The **TALUS (Tactical Autonomous Logistics Utility System)** is an autonomous logistics vehicle platform developed by **a defense technology consortium led by Stratom**, alongside partners including **ND Defense, Forterra, GS Engineering, and Waltonen Engineering**, with funding from the **U.S. Army**. The push comes as modern battlefields become increasingly dangerous for traditional logistics vehicles. Drones, precision weapons, and persistent surveillance can make predictable supply routes vulnerable to attack. ### Keeping Soldiers Out of Harm’s Way Military resupply missions can expose drivers and support personnel to significant risks, particularly when vehicles have to travel close to the forward edge of the battlefield. An autonomous vehicle could take over some of these missions while keeping personnel farther from danger. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Soldier-uses-a-robotic-arm-to-reduce-physical-workload-and-move-heavy-supplies-with-less-effort.png) Soldier uses a robotic arm to reduce physical workload and move heavy supplies with less effort ### Moving Supplies to Distributed Units Modern U.S. forces are increasingly expected to operate in smaller, dispersed formations rather than concentrating around a single large base. That creates a major logistics challenge: supplies still have to reach units that may be separated by significant distances. An autonomous logistics vehicle could help bridge that gap by carrying equipment, ammunition, fuel, or other essential supplies toward forward positions. The ability to move independently could also allow manned vehicles and personnel to focus on missions that require human operators. ### Built for a Contested Battlefield The battlefield TALUS is being designed for is very different from traditional military logistics environments. Enemy drones, electronic warfare, precision fires, and surveillance systems can expose vehicles long before they reach their destination. ### Part of the Army’s Robotic Push TALUS fits into the Army's broader effort to integrate **robotic and autonomous systems** into ground operations. The service has been exploring unmanned platforms for logistics, reconnaissance, and other missions where automation could reduce soldier workload and risk. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Stratom---s-team-with-its-autonomous-TALUS-logistics-vehicle--developed-to-help-the-U.S.-Army-move-supplies-through-contested-environments-1.png) Stratom’s team with its autonomous TALUS logistics vehicle, developed to help the U.S. Army move supplies through contested environments ### TALUS Could Reduce Soldier Exposure During Resupply The ultimate objective is straightforward: **deliver supplies while putting fewer soldiers in danger**. If TALUS can reliably navigate difficult terrain and operate under contested conditions, autonomous logistics vehicles could become an important part of future Army operations. For frontline troops, that could mean a more resilient supply chain capable of continuing to operate even when roads, bases, and traditional logistics routes are under constant threat. Author: Kevin Macmellon ### Shield AI Scores $50 Million Navy Backing for Runway-Free X-BAT URL: https://www.warfaredecoded.com/shield-ai-scores-50-million-navy-backing-for-runway-free-x-bat/ Last updated: 2026-08-18T14:30:34.000Z ### $50 Million Vote of Confidence Shield AI has landed a **$50 million investment from the U.S. Navy** to push ahead with its X-BAT autonomous aircraft, a runway-free combat drone designed to bring long-range firepower to places conventional aircraft cannot reach. The funding comes through the Navy’s **Runway Independent Maritime & Expeditionary Strike (RIMES)** effort, which is looking for new ways to put strike aircraft aboard ships and at remote forward locations without the need for traditional runways. ### A Combat Aircraft That Doesn't Need a Runway The X-BAT is built to **take off and land vertically**, allowing it to operate from ships, small forward bases, and other austere locations. Shield AI says the aircraft could travel more than **2,000 nautical miles** and fly above **50,000 feet**. That could give Navy commanders another option for projecting airpower far from a traditional carrier strike group. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Shield-AI---s-X-BAT-stands-ready-at-sunset-----a-glimpse-of-the-next-generation-of-autonomous--runway-independent-combat-aircraft.png) Shield AI’s X-BAT stands ready at sunset — a glimpse of the next generation of autonomous, runway-independent combat aircraft. ### AI at the Controls Unlike conventional remotely piloted drones, X-BAT is being designed around Shield AI’s **Hivemind autonomy system**. The software is intended to let the aircraft perform missions with limited human input, including in environments where GPS signals and communications may be jammed. The aircraft is being developed for **strike, surveillance, electronic warfare, and air-combat missions**, potentially making it more than just another reconnaissance drone. ### Fighter Engine, Vertical Flight The aircraft is powered by a **GE Aerospace F110 engine**, paired with an Axisymmetric Vectoring Exhaust Nozzle, or AVEN, that helps redirect engine thrust for vertical operations. Shield AI and GE Aerospace recently completed engine integration and light-off testing — an important step toward getting the X-BAT into the air. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Shield-AI---s-X-BAT-cruises-above-the-clouds--showcasing-a-new-era-of-autonomous--runway-independent-combat-aviation.png) Shield AI’s X-BAT cruises above the clouds, showcasing a new era of autonomous, runway-independent combat aviation. ### Navy Competition Is Heating Up Shield AI isn't the only company chasing the Navy's runway-independent strike requirement. **Mach Industries and AeroVironment** are also participating in the RIMES program, giving the Navy multiple designs to evaluate. The competition reflects a broader Pentagon push toward autonomous aircraft that can operate from dispersed locations and survive in heavily contested battle zones. ### The Real Test Comes Next X-BAT remains **a development program, not an operational Navy aircraft**. Shield AI is targeting its first flight in **2026**, with mission capability planned for 2028. If the aircraft delivers on its promises, the Navy could eventually have a new kind of weapon: an autonomous, reusable aircraft capable of launching from a ship, flying deep into contested territory, and returning without ever needing a conventional runway. Author: Kevin Macmellon ### Lockheed Martin and Partners Demonstrate AI-Powered 5G Drone Detection System URL: https://www.warfaredecoded.com/lockheed-martin-and-partners-demonstrate-ai-powered-5g-drone-detection-system-2/ Last updated: 2026-08-17T14:30:15.000Z Lockheed Martin and a group of technology partners have demonstrated **NetSense**, an AI-powered system designed to detect, track, and monitor unmanned aircraft using **existing 5G network infrastructure**. The July demonstration in the Miami area brought together Lockheed Martin, Verizon, NVIDIA, Keysight Technologies, ODC, and Astris AI. ### Turning 5G Networks Into Airspace Sensors Instead of relying entirely on dedicated radar or standalone RF sensors, NetSense uses changes in the **radio-frequency environment around existing 5G networks**. AI algorithms analyze those changes and identify potential drone activity, providing users with alerts and tracking information. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/AI-Powered-5G-Drone-Detection-System-like-Drone.png) An advanced drone equipped with high-resolution sensors takes flight, showcasing the growing role of unmanned systems in modern surveillance and aerial operations The approach could allow organizations to add low-altitude airspace monitoring without installing an entirely separate network of detection sensors. Lockheed Martin previously demonstrated a NetSense prototype in March, when it detected a small drone that was **not connected to the cellular network**. ### Technology From Multiple Partners The demonstration combined several technologies. Verizon provided the existing 5G network and spectrum, while NVIDIA supplied AI technology. Keysight Technologies contributed RF simulation capabilities, ODC provided AI-native radio-access-network software, and Lockheed Martin and its Astris AI subsidiary supplied detection, tracking, and AI capabilities. The companies say the technology could eventually support **public safety, critical infrastructure, and major-event security**, where unauthorized drones can create significant airspace risks. Lockheed Martin describes NetSense as an **“Airspace Awareness-as-a-Service”** capability intended to make drone detection more accessible and scalable. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Drone-Hovering-Over-Urban-Skyline.png) Drone operating over an urban area, highlighting the growing use of unmanned systems for aerial surveillance and situational awareness ### A New Approach to Counter-Drone Detection NetSense is part of a broader effort to combine commercial communications infrastructure with AI-enabled defense and security technologies. Rather than replacing conventional counter-UAS systems, the technology could provide an additional detection and tracking layer before other counter-drone capabilities are employed. The latest demonstration highlights how **5G infrastructure could evolve beyond communications into a distributed sensing network**, giving operators greater visibility over low-altitude airspace while reducing the need for dedicated sensing infrastructure. Author: Kevin Macmellon ### CENTCOM Forms First Multinational Attack-Drone Task Force Amid Iran War URL: https://www.warfaredecoded.com/centcom-forms-first-multinational-attack-drone-task-force-amid-iran-war/ Last updated: 2026-08-16T14:30:06.000Z U.S. Central Command is establishing **Task Force Falcon Strike**, described by CENTCOM as its first-ever **multinational, multi-domain attack-drone task force**. The initiative is intended to bring U.S. forces and regional partners together to operate one-way attack drones across the **air, surface and undersea domains**. ### Building on Scorpion Strike Falcon Strike builds on the experience of **Task Force Scorpion Strike**, which CENTCOM established in December 2025 as its first dedicated one-way attack-drone squadron in the Middle East. Scorpion Strike operates low-cost unmanned combat attack systems and has since been used operationally during the conflict with Iran. The U.S. military has increasingly turned toward **lower-cost unmanned systems** as a way to expand its strike capacity while reducing dependence on expensive conventional munitions. Scorpion Strike's LUCAS drones, for example, were designed as relatively simple one-way attack systems and have been used in combat during Operation Epic Fury. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-and-Israeli-military-leaders-gather-at-a-high-level-defense-event--highlighting-close-cooperation-and-strategic-coordination-between-the-two-nations.png) U.S. and Israeli military leaders gather at a high-level defense event, highlighting close cooperation and strategic coordination between the two nations at CENTCOM headquarters. ### Regional Partners to Join CENTCOM says it is **consulting with and formally inviting regional partners** to participate in Falcon Strike. The task force will be led by personnel from **U.S. Special Operations Command Central (SOCCENT)**, which also played a leading role in Scorpion Strike. CENTCOM Commander Adm. Brad Cooper said Falcon Strike will expand on Scorpion Strike's progress by integrating innovations developed by regional allies and partners. As additional countries formally join, the task force is intended to create a **unified multinational drone capability across the Middle East**. ### A Shift Toward Multi-Domain Drone Warfare The significance of Falcon Strike goes beyond simply adding another drone unit. Its planned combination of **airborne, surface, and underwater unmanned systems** reflects how rapidly military forces are expanding the role of autonomous and remotely operated platforms. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/U.S.-Navy-helicopters-prepare-for-operations-on-the-flight-deck-of-an-aircraft-carrier--as-CENTCOM-orders.png) U.S. Navy helicopters prepare for operations on the flight deck of an aircraft carrier, as CENTCOM orders The development also comes after several notable unmanned operations in the region. In June, a U.S. Navy **Corsair unmanned surface vessel** helped rescue two soldiers after their AH-64 Apache crashed near Oman—the first reported U.S. military use of an unmanned vessel for such a rescue. With Falcon Strike, CENTCOM is effectively moving from a U.S.-only experimental drone capability toward a **multinational unmanned strike architecture**, potentially allowing partner nations to contribute platforms and personnel while operating under a coordinated command structure. Author: Kevin Macmellon ### RTX’s Raytheon Wins $745 Million Contract for SM-3 Block IIA Interceptors URL: https://www.warfaredecoded.com/rtxs-raytheon-wins-745-million-contract-for-sm-3-block-iia-interceptors/ Last updated: 2026-08-15T15:00:10.000Z RTX’s Raytheon has received a **$745 million contract from the U.S. Missile Defense Agency (MDA)** to produce and sustain **Standard Missile-3 Block IIA (SM-3 IIA) interceptors**. The award is intended to strengthen U.S. and allied missile-defense readiness as ballistic-missile threats continue to evolve. ### Expanding SM-3 IIA Production The contract covers the **production and sustainment** of SM-3 IIA interceptors, adding capacity to a critical U.S. missile-defense program. The SM-3 IIA is jointly developed by the United States and Japan and is designed for use with the **Aegis Ballistic Missile Defense system**. The Missile Defense Agency's FY2026 budget documents identify Raytheon as the manufacturer for the SM-3 IIA and show planned production rates that can reach **up to four missiles per month**, although actual deliveries depend on contract and production schedules. ### Designed to Intercept Ballistic Missiles Outside the Atmosphere Unlike conventional surface-to-air missiles that generally engage targets within the atmosphere, the SM-3 is an **exo-atmospheric interceptor**. Its kill vehicle uses a **hit-to-kill approach**, striking an incoming ballistic-missile warhead with kinetic energy rather than relying on a conventional explosive warhead. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/SM-3-Block-IIA-Interceptor-Missile-fired-from-the-ship-showcasig-it-s-power.png) SM-3 Block IIA interceptor rises from its launch cell, powered by a high-energy rocket motor The Block IIA represents a major evolution of the SM-3 family, with a larger-diameter design and greater speed and range than earlier variants. It can be launched from **Mk 41 Vertical Launch System cells** aboard Aegis-equipped ships and from land-based Aegis Ashore installations. ### U.S.-Japan Missile Defense Partnership SM-3 IIA is also an important example of **U.S.-Japan defense cooperation**. The two countries jointly developed the interceptor, with Japanese industry contributing significantly to elements including the nosecone and propulsion stages. The latest contract therefore goes beyond simply purchasing additional missiles. It supports the broader effort to maintain and expand a production base for an interceptor that forms a key part of U.S. and allied **layered ballistic-missile defense**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/SM-3-Block-IIA-Interceptor-Naval-Warship-Missile-Launch-at-Sea.png) SM-3 Block IIA interceptor rises from its launch cell, powered by a high-energy rocket motor ### A Key Interceptor for Aegis The SM-3 IIA is intended to provide Aegis forces with an extended-range capability against ballistic-missile threats during the midcourse phase of flight. The system has also demonstrated the ability to engage increasingly demanding target profiles, including a 2020 developmental test against an **ICBM-class target**, although that test was intended to assess feasibility rather than establish an operational ICBM-defense capability. The **$745 million award** underscores Washington's continuing investment in interceptor production as missile threats become more sophisticated and the demand for U.S. and allied air-and-missile defense capacity increases. Author: Kevin Macmellon ### U.S. Army Expands HERO 120 Order Under $982 Million Lethal Unmanned Systems Program URL: https://www.warfaredecoded.com/u-s-army-expands-hero-120-order-under-982-million-lethal-unmanned-systems-program/ Last updated: 2026-08-14T15:00:53.000Z The U.S. Army is moving forward with the **HERO 120 loitering munition** under a major **$982 million multi-year Indefinite Delivery/Indefinite Quantity (IDIQ) contract** awarded to Mistral Inc. and UVision Inc. The agreement falls under the Army’s **Lethal Unmanned Systems (LUS)** program and covers procurement, fielding, training, and long-term sustainment of the system. ### HERO 120 Designed for Precision Engagement Developed by UVision, the HERO 120 is a **mid-range loitering munition** designed primarily for precision engagement of armored and other high-value targets. The system combines surveillance and strike capabilities, allowing operators to search for targets before committing the munition to an attack. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/HERO-120-loitering-munition-Drone-Assembly-Line-in-Industrial-Warehouse--2--1.png) HERO 120 loitering munition drones line the assembly floor inside a modern industrial warehouse, highlighting the scale of production The HERO 120 reportedly has an endurance of around **one hour** and an operational range of approximately **40–60 kilometers**, depending on configuration and operating conditions. Its modular architecture allows different payload options to support different mission requirements. ### Mistral Leads U.S. Integration and Sustainment Under the Army program, **Mistral Inc. serves as the prime contractor**, with responsibilities including system integration, lethality-package development, program management and sustainment. UVision provides the HERO 120 technology and system expertise. The contract represents a significant expansion of the Army's investment in loitering munitions. Rather than relying solely on traditional missile systems, the LUS program reflects the growing role of **unmanned precision-strike systems** that can provide tactical units with additional options against targets at extended ranges. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/HERO-120-loitering-munition-Industrial-Armory-Assembly-Floor.png) HERO 120 loitering munitions positioned across an industrial armory assembly floor ### A Major Step for U.S. Loitering-Munition Capability The $982 million agreement is structured as an IDIQ contract, meaning the announced value represents the **maximum potential value rather than an immediate $982 million purchase**. Actual quantities and spending will depend on individual orders placed under the contract. The Army's adoption of HERO 120 highlights the increasing importance of loitering munitions in modern warfare, where forces are seeking systems that combine **persistent surveillance, precision engagement and unmanned operation** in a single platform. Author: Kevin Macmellon ### U.S. Army Expands Hydra-70 Rocket Production as Demand for 70mm Munitions Grows URL: https://www.warfaredecoded.com/u-s-army-expands-hydra-70-rocket-production-as-demand-for-70mm-munitions-grows/ Last updated: 2026-08-13T15:00:23.000Z The U.S. Army is expanding its industrial base for the **Hydra-70 family of 70mm (2.75-inch) aviation rockets**, awarding contracts to four companies as part of a broader effort to increase domestic ammunition production capacity. The move comes as the Army seeks additional industrial sources capable of manufacturing Hydra-70 rockets and supporting components. ### Four Defense Companies Join Effort to Strengthen Hydra-70 Supply The contracts are intended to bring additional manufacturing capacity into the Hydra-70 supply chain. Expanding the number of qualified producers could give the Army greater flexibility in meeting procurement requirements while reducing pressure on existing production lines. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Hydra-70-Rocket-loaded-with-full-capacity-in-the-Apache-Helicopter.png) Hydra-70 Rocket Launcher Loaded to Full Capacity on an Apache attack helicopter is fully armed and prepared ### Hydra-70 Production Expansion Targets Growing Ammunition Demand The Hydra-70 remains one of the U.S. military's long-established **70mm air-launched rocket families**. It can be configured with different warheads for various missions, while precision-guided systems such as **APKWS** use the Hydra-70 rocket architecture. Army budget documents for FY2026 included procurement of **166,686 rockets**, highlighting the continued demand for the ammunition family. The system is also finding relevance in emerging applications. In 2026, the Army supported testing of a **70mm rocket launcher integrated with a TRV-150 unmanned resupply aircraft at Fort Rucker**, demonstrating how established ammunition could potentially be integrated with newer unmanned platforms. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/US-Airforce-Personnel-loading-the-Hydra-70-Rocket-in-Apache.png) U.S. Army Personnel Load Hydra-70 Rockets Onto an Apache. Ground crews carefully prepare the 70mm rocket system for the helicopter’s next mission ### Army Looks to Build a More Resilient 70mm Rocket Supply Chain The production expansion forms part of a wider U.S. effort to strengthen the defense industrial base and increase output of high-demand munitions. Additional manufacturers can provide greater production resilience and help the Army maintain a steady supply of rockets as operational requirements evolve. For the Hydra-70, the objective is not simply to manufacture more rockets. Expanding the industrial base gives the Army additional production capacity, strengthens supply-chain resilience, and helps sustain a weapon system that continues to support both conventional aircraft and emerging unmanned platforms. Author: Kevin Macmellon ### Aurelius Systems Raises $40 Million to Advance Autonomous Counter-Drone Defense URL: https://www.warfaredecoded.com/aurelius-systems-raises-40-million-to-advance-autonomous-counter-drone-defense/ Last updated: 2026-08-12T15:00:23.000Z **Aurelius Systems**, a San Francisco-based defense technology company developing autonomous counter-drone systems, has raised **$40 million in Series A funding** as it moves to expand development and production of its defense platform. According to Axios Pro Rata, the round was led by **Draper Associates and KAS Venture Partners**, with participation from General Catalyst, Hanwha Defense USA, Outlander, Alumni Ventures, Bravo Victor Venture Capital, Detroit Venture Partners and Decisive Point. ## Building Autonomous Defense Against Drone Threats Aurelius is developing **Archimedes**, an autonomous directed-energy system designed to detect, track and neutralize aerial threats. The platform combines high-power lasers, optical sensors and AI-driven autonomy into a compact system intended for deployment with military forces and at critical infrastructure sites. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Aurelius-Systems-Archimedes-Counter-Drone-missions-in-action-1.png) Aurelius Systems’ Archimedes Counter-Drone Defense in Action The company says Archimedes is designed to operate with minimal human intervention, using onboard sensing and machine-learning capabilities to identify and engage drone threats. Aurelius is targeting the growing demand for affordable counter-UAS systems as militaries face increasing numbers of relatively inexpensive drones. ## Funding Comes as Aurelius Expands Partnerships The new funding follows a series of recent developments for Aurelius. In July, the company announced a partnership with **American Rheinmetall** to integrate its Archimedes directed-energy platform with robotic combat vehicles, creating a mobile autonomous counter-drone capability for protecting forces and tactical logistics operations. Aurelius has also been expanding its domestic manufacturing capabilities. The company launched a manufacturing division focused on producing high-power fiber laser source modules and precision optical assemblies, supporting both defense and industrial applications. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Aurelius-Archimedes-Directed-Energy-Field-Test.png) Aurelius Archimedes Directed-Energy Field Test. The autonomous counter-drone system demonstrates its capability against aerial threats in a live field environment ## From Testing to Scaled Production The company has already demonstrated Archimedes in U.S. military testing environments and is working to move the technology toward broader operational deployment. Aurelius previously raised **$10 million in seed funding** in 2025, which it used to expand engineering, manufacturing and field-testing activities. The **$40 million Series A** gives Aurelius substantially more capital to accelerate that transition. With drone warfare driving demand for scalable and lower-cost defensive technologies, the company is positioning autonomous directed energy as an alternative layer in counter-UAS networks. Author: Kevin Macmellon ### U.S. Navy’s $41 Billion Conventional Prompt Strike Program Faces Production Hurdles URL: https://www.warfaredecoded.com/u-s-navys-41-billion-conventional-prompt-strike-program-faces-production-hurdles/ Last updated: 2026-08-11T15:00:33.000Z The U.S. Navy’s **Conventional Prompt Strike (CPS)** hypersonic missile program is facing significant production and schedule challenges, according to a July 2026 Government Accountability Office (GAO) assessment. The Navy’s lifecycle cost estimate has increased from about **$31 billion for 262 missiles in 2020 to roughly $41 billion for 224 missiles in 2024**. As of April 2026, the estimated average missile cost was about **$67 million**. ### Production Rate Remains Below Target The biggest concern is manufacturing capacity. Lockheed Martin’s production facility is currently capable of producing only about **six to seven CPS missiles per year**, while the Navy considers a rate of approximately **12 missiles annually** necessary to stabilize production. GAO identified issues including labor-intensive manufacturing, difficulties with heat-resistant coatings, incomplete parts kits, complex production instructions, and workforce turnover. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/US-Navy-SSP-Successfully-Tests-First-Stage-Solid-Rocket-Motor-Supporting-Hypersonic-Strike.png) US Navy SSP Successfully Tests First Stage Solid Rocket Motor Supporting Hypersonic Strike ### Navy’s Zumwalt Integration Also Running Late The missile-production problems are occurring alongside delays in integrating CPS onto the Navy’s **Zumwalt-class destroyers**. GAO found that the Navy is approximately **24 months behind schedule**, with the first at-sea flight test from USS *Zumwalt* now expected in **2027**. The modernization effort has also faced unexpected shipyard work and technical challenges. ### Shared Missile, Separate Service Challenges CPS is a joint Army-Navy effort built around a common hypersonic missile technology. The Army operates its version as the **Long-Range Hypersonic Weapon (LRHW)**, while the Navy is adapting the system for launch from surface ships and, eventually, submarines. GAO warned that the Department of Defense lacks a comprehensive strategy for coordinating the Army and Navy's investments in the shared production base. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/US-Navy-SSP-Successfully-Tests-Desert-Rocket-Test-Stand-Plume.png) US Navy SSP Successfully Tests Desert Rocket Test Stand Plume The high cost and limited production rate highlight the industrial challenge of bringing sophisticated hypersonic weapons into sustained production. While CPS is intended to provide the Navy with a long-range, rapidly deployable conventional strike capability, **scaling the weapon from development and testing into reliable mass production remains a major hurdle.** Author: Kevin Macmellon ### Rheinmetall Warns ATACMS Production Ramp-Up Will Take Years as U.S. Rebuilds Missile Stocks URL: https://www.warfaredecoded.com/rheinmetall-warns-atacms-production-ramp-up-will-take-years-as-u-s-rebuilds-missile-stocks/ Last updated: 2026-08-10T16:30:40.000Z Rheinmetall has warned that increasing **ATACMS production will take considerably longer than two years**, as the United States works to replenish depleted stocks of long-range precision missiles. The German defense company is preparing to establish an ATACMS production capability at its **Unterlüß facility in northern Germany** through a planned partnership with Lockheed Martin. **Germany to Become a New ATACMS Production Hub** Rheinmetall and Lockheed Martin signed a memorandum of understanding in July to move toward **joint ATACMS production in Europe**. The planned facility at Unterlüß is intended to become the first ATACMS manufacturing, integration and distribution center outside the United States, serving NATO and other European allies. Production facilities are expected to be established in 2027, subject to the required approvals. Rheinmetall CEO **Armin Papperger** said the new production capacity could also help replenish U.S. inventories, but rebuilding those stocks will take much longer than two years. The company expects the joint venture to begin generating revenue in **2028**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/ATACMS-missile-is-in-position-and-ready-to-be-fired.png) ATACMS Missile Positioned for Launch and ready to deliver long-range precision strike capability **U.S. Missile Stocks Under Pressure** The production push comes after extensive use of U.S. long-range precision weapons during the five-month conflict with Iran. Reuters reported that the U.S. Army had used a large portion of its global stockpile of long-range precision missiles, raising concerns about the time required to restore inventories. The situation highlights a broader challenge facing the U.S. defense industry: **modern precision weapons can be produced much more slowly than they can be consumed during a major conflict**. Expanding production therefore requires new facilities, specialized equipment, trained workers and additional supply-chain capacity. **ATACMS Production Meets Growing Global Demand** The planned Rheinmetall-Lockheed Martin partnership is also aimed at meeting growing demand from European and other allied customers. Rheinmetall said the partners expect a market for ATACMS and related capabilities for many years, while Lockheed Martin will continue operating its existing production line in **Camden, Arkansas**, during the transition. The development also comes as Lockheed Martin accelerates production of the **Precision Strike Missile (PrSM)**, the newer U.S. Army system intended to succeed ATACMS. This creates a transition period in which the United States must simultaneously replenish legacy ATACMS inventories while expanding the next generation of long-range strike capabilities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/ATACMS-Missile-fired-from-the-ground-to-its-fixed-target.png) ATACMS Missile Launches From a Ground-Based Launcher. The missile accelerates toward its designated target in a long-range precision strike **A Long-Term Industrial Challenge** The Rheinmetall announcement demonstrates that rebuilding strategic missile inventories is not simply a matter of increasing orders. Establishing additional production capacity takes years, particularly for complex guided missiles that rely on specialized components and manufacturing processes. With the planned German facility, Rheinmetall and Lockheed Martin are attempting to expand the industrial base while giving European allies a regional source of ATACMS. However, the message from Rheinmetall is clear: **restoring depleted missile inventories will be a long-term effort rather than a rapid production surge.** Author: Kevin Macmellon ### HII Signs Agreements Worth Up to $900 Million to Bring Robotics Into U.S. Navy Shipbuilding URL: https://www.warfaredecoded.com/hii-signs-agreements-worth-up-to-900-million-to-bring-robotics-into-u-s-navy-shipbuilding/ Last updated: 2026-08-09T16:30:39.000Z Huntington Ingalls Industries (HII) has signed **seven-year, performance-based production agreements with Path Robotics and GrayMatter Robotics** that could generate up to **$900 million in shipbuilding work**. The agreements are aimed at bringing advanced robotics and physical-AI technologies into U.S. Navy shipbuilding programs, with the potential to support aircraft carriers, submarines, destroyers, amphibious ships, future frigates and unmanned surface vessels. **From Development to Ship Production** The agreements are structured around two stages: **development and delivery**. During development, HII will work with the two robotics companies to develop, test and qualify autonomous manufacturing processes before the systems are introduced into production. The eventual $900 million in work is **not guaranteed**; it depends on the technologies meeting manufacturing-readiness, cost, schedule and quality requirements. The initiative builds on HII's **High-Yield Production Robotics (HYPR)** program, launched earlier in 2026 with Path Robotics and GrayMatter Robotics. HII said HYPR is designed to combine physical AI and adaptive automation to accelerate fabrication of both crewed and uncrewed naval platforms. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Path-Robotics-showcases-inside-the-manufacturing-unit.png) Path Robotics Showcases AI-Powered Robotic Welding Technology Inside Its Advanced Manufacturing Facility **AI-Powered Welding and Automated Shipbuilding** Path Robotics offers **AI-powered robotic welding**, while GrayMatter Robotics brings automation for process **inspection**. Under the new agreements, the companies are expected to work on a wider range of operations, including welding, grinding, blasting, painting, assembly and inspection. HII's partnership with Path Robotics dates back to February 2026, when the companies signed an MOU to explore the use of physical AI for welding in naval shipbuilding. HII said at the time that the technology could help augment its workforce and increase production speed. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Path-Robotics-Showcasing-their-new-model-tech-in-the-manufacturing-unit-with-HIII-investors.png) Path Robotics Showcases Its New Robotic Welding Technology to HII Investors Inside an Advanced Manufacturing Facility **Expanding the U.S. Shipbuilding Industrial Base** The agreements come as the U.S. Navy seeks to expand fleet capacity while American shipyards face pressure from workforce and production constraints. HII says it plans to increase the amount of shipbuilding work performed outside its shipyards, allowing components and structures to be fabricated elsewhere before final assembly. HII also previously partnered with GrayMatter Robotics to explore **autonomous surface preparation, coating and inspection** for shipbuilding. That April 2026 partnership laid part of the groundwork for integrating GrayMatter's physical-AI technology into HII's broader manufacturing strategy. Author: Kevin Macmellon ### Boeing Secures $75 Million Contract to Begin JDAM-LR Long-Range Weapon Production URL: https://www.warfaredecoded.com/boeing-secures-75-million-contract-to-begin-jdam-lr-long-range-weapon-production/ Last updated: 2026-08-08T16:30:43.000Z Boeing has received a **$75 million U.S. Air Force undefinitized contract action (UCA)** for initial production of the **BSU-111/B Payload Delivery Unit (PDU)** for the **Joint Direct Attack Munition–Long Range (JDAM-LR)**. Boeing announced the award on August 5, describing it as a major milestone for the long-range precision-strike weapon. ### JDAM-LR Moves Into Initial Production The contract follows nearly **$100 million in Boeing investment** in the JDAM-LR program and clears the way for initial production of the PDU for the **U.S. Navy**. The system is being developed as a relatively low-cost, long-range standoff option intended to extend the reach of existing aircraft-launched precision weapons. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/JDAM-LR-Long-Range-Weapon-is-getting-ready-for-firing.png) JDAM-LR Long-Range Weapon Mounted on an F/A-18 Hornet for Stand-Off Precision Strike Missions ### Weapon Demonstrates Long-Range Capability The JDAM-LR completed its first flight test in **April 2026** with the U.S. Naval Air Systems Command (NAVAIR) at the Point Mugu Sea Range in California. During the test, the weapon demonstrated safe separation from its launch aircraft, compatibility with existing aircraft interfaces, controlled powered flight, and navigation. The test weapon traveled approximately **200 nautical miles** before reaching its target. ### Designed for Stand-Off Precision Strike The JDAM-LR is intended to give U.S. forces greater stand-off range while leveraging existing aircraft and weapon interfaces. Boeing says the system is designed to provide a cost-effective option for engaging **long-range land- and sea-based threats**, potentially complementing existing precision-guided munitions and cruise-missile inventories. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/JDAM-LR-Long-Range-Weapon-fixed-in-the-F15-Hornet-Jet.png) JDAM-LR Long-Range Weapon Positioned on an Aircraft, Ready for Launch ### Strengthening Long-Range Strike Options The production award marks an important transition from development and testing toward fielding. As the United States continues expanding its long-range precision-strike capabilities, the JDAM-LR could provide an additional option for aircraft operating outside the immediate reach of enemy air defenses. Author: Kevin Macmellon ### Congressional Budget Office Estimates Trump-Class Battleship Program Could Cost Up to $275 Billion URL: https://www.warfaredecoded.com/congressional-budget-office-estimates-trump-class-battleship-program-could-cost-up-to-275-billion/ Last updated: 2026-08-07T21:15:59.000Z A new analysis by the **Congressional Budget Office (CBO)** estimates that the proposed **Trump-class battleship program** could cost **approximately $275 billion** to build a fleet of 15 nuclear-powered guided-missile battleships over the coming decades. The estimate is substantially higher than earlier Navy projections and highlights the financial, industrial, and logistical challenges associated with one of the most ambitious surface combatant programs proposed in recent U.S. naval history. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Battleship-docked-at-the-harbour.png) The Battleship Is Docked at Harbor Ahead of Its Next Operational Deployment. **First Ship Could Cost More Than $23 Billion** According to the CBO assessment, the lead ship—planned to be named **USS Defiant**—could cost **around $23.4 billion** and require roughly **eight years** to complete. The remaining 14 ships are estimated to cost **slightly more than $18 billion each**, bringing the total program cost to approximately **$275 billion** if the full fleet is constructed. **A Nuclear-Powered Surface Combatant** The proposed Trump-class is envisioned as a **nuclear-powered guided-missile battleship** designed to replace the Navy's previously planned **DDG(X)** next-generation destroyer. The concept includes a large hull capable of carrying significantly more missiles than current destroyers, advanced radar systems, future directed-energy weapons, and conventional prompt strike missiles. The ships are intended to provide long-range precision strike, integrated air and missile defense, and enhanced maritime deterrence against peer competitors. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Battleship-docked-at-the-harbour-right-side-view.png) **Shipbuilding Capacity Raises Questions** Beyond cost, the CBO report highlights concerns about the U.S. shipbuilding industrial base. Building a fleet of nuclear-powered battleships would require substantial manufacturing capacity and compete for skilled labor. Nuclear-reactor production is already supporting **Virginia-class submarines, Columbia-class ballistic missile submarines, and Ford-class aircraft carriers**. Analysts warn that expanding battleship construction could place additional pressure on shipyards and suppliers already operating near capacity. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Battleship-getting-ready-for-the-mission-1.png) **Debate Over Cost and Strategic Value** Supporters argue that the Trump-class could provide unmatched firepower, greater missile capacity, and long-term growth potential for future weapons systems. Critics, however, question whether investing hundreds of billions of dollars in a new class of large surface combatants is the most effective use of defense resources, especially as the Navy also seeks to modernize its submarine fleet, expand unmanned maritime systems, and strengthen missile defense capabilities. The CBO's estimate is expected to play a central role in congressional debates over the program's affordability and strategic value. Author: Kevin Macmellon ### FP-5 Flamingo Cruise Missile: Ukraine's New Long-Range Strategic Strike Weapon URL: https://www.warfaredecoded.com/fp-5-flamingo-cruise-missile-ukraines-new-long-range-strategic-strike-weapon/ Last updated: 2026-08-07T18:30:46.000Z The **FP-5 "Flamingo"** is a **Ukrainian ground-launched long-range cruise missile** developed by the defense company **Fire Point** to conduct deep-precision strikes against high-value military and industrial targets. Designed for large-scale domestic production, the missile combines a long operational range with a heavy payload, giving Ukraine the ability to strike targets far beyond the front line. It entered serial production after successful development and testing, becoming one of Ukraine's most capable indigenous long-range strike systems. ### Key Specifications - **Type:** Ground-launched cruise missile - **Developer:** Fire Point (Ukraine) - **Operator:** Ukrainian Armed Forces - **Range:** Up to **3,000 km** - **Maximum Speed:** Approximately **950 km/h** - **Cruise Speed:** **850–900 km/h** - **Warhead:** Up to **1,150 kg** - **Guidance:** GPS/GNSS with inertial navigation system (INS) backup - **Engine:** AI-25TL turbofan with a solid-fuel launch booster - **Role:** Long-range precision strike against fixed strategic targets ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/FP-5-Flamingo-Cruise-Missile-Production.png) ### Designed for Deep-Strike Operations The FP-5 Flamingo is intended to target military infrastructure, command centers, logistics hubs, ammunition depots, industrial facilities, and other strategic assets located deep inside hostile territory. Its reported **3,000-kilometer range** provides the capability to reach targets across much of European Russia, making it one of Ukraine's longest-range domestically developed cruise missiles. ### Optimized for Mass Production Unlike many advanced Western cruise missiles that prioritize stealth and sophisticated terrain-following guidance, the Flamingo emphasizes **lower production cost, simplified manufacturing, and rapid output**. Fire Point has stated that production is being scaled to manufacture large numbers of missiles each month to sustain long-range strike operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Features-of-FP-5-Flamingo-Cruise-Missile.png) ### Expanding Ukraine's Long-Range Strike Capability The FP-5 Flamingo represents a significant step in Ukraine's effort to build an indigenous long-range precision strike capability. Alongside other domestically developed missile and drone programs, it reflects Kyiv's strategy of expanding its ability to strike strategic military and industrial targets while reducing dependence on foreign-supplied long-range weapons. Author: Kevin Macmellon ### Northrop Grumman Signs $3 Billion in Missile Production Agreements to Expand U.S. Air Defense Manufacturing URL: https://www.warfaredecoded.com/northrop-grumman-signs-3-billion-in-missile-production-agreements-to-expand-u-s-air-defense-manufacturing/ Last updated: 2026-08-06T18:30:51.000Z Northrop Grumman has signed **more than $3 billion in multi-year missile production agreements** with the **U.S. Department of Defense** and **Lockheed Martin** to significantly expand the manufacturing of critical components for America's air and missile defense systems. The agreements are designed to accelerate production, strengthen the defense industrial base, and replenish missile inventories in response to growing global demand and increased operational requirements. ## Expanding Production of Patriot and THAAD Components The new framework agreements include a **$2 billion contract** under which Northrop Grumman will supply **solid rocket motors, ignition safety devices, and other critical propulsion components** for U.S. air and missile defense systems. A separate **$1 billion agreement** focuses on substantially increasing the monthly production of components for the **Terminal High Altitude Area Defense (THAAD)** system over the next seven years. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/THAAD-Air-Defence-System-is-in-the-position.png) The THAAD Air Defense System Awaits Launch Orders in a Forward Defensive Position ## Strengthening the U.S. Missile Defense Industrial Base Northrop Grumman said it has invested **more than $2 billion since 2019** to modernize and expand its manufacturing facilities across **West Virginia, Utah, and Maryland**. These investments are expected to double and, in some cases, triple production capacity for solid rocket motors and other essential missile components, enabling faster delivery of interceptors to U.S. and allied forces. ## Supporting Patriot and THAAD Missile Production The expanded manufacturing effort will directly support two of the United States' most important air defense systems: - **Patriot** interceptors, which provide protection against tactical ballistic missiles, cruise missiles, and aircraft. - **THAAD** interceptors, designed to destroy short- and intermediate-range ballistic missiles during their terminal phase using hit-to-kill technology. Under the new agreements, production capacity is expected to **triple for Patriot-related components** and **quadruple for THAAD components**, helping restore missile stockpiles while meeting increasing operational demand. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Soldiers-in-the-Poistion-near-THAAD-Air-Defence-Vehicle.png) Soldiers Take Position Beside a THAAD Air Defense Launcher During Operational Readiness Exercises ## Meeting Growing National Security Requirements The agreements are part of a broader Pentagon initiative to rapidly expand missile production as the United States strengthens its air and missile defense capabilities. Rising global tensions and the need to replenish interceptor inventories have prompted the Department of Defense to establish long-term framework agreements that give defense manufacturers greater confidence to invest in production facilities, workforce expansion, and supply-chain resilience. By expanding production capacity for critical missile components, Northrop Grumman is expected to play a central role in supporting the next generation of Patriot and THAAD air defense systems while reinforcing the long-term readiness of U.S. and allied missile defense forces. Author: Kevin Macmellon ### Rheinmetall to Supply 72 Remote-Controlled 155 mm L/52 Weapon Systems for the British Army's RCH 155 Howitzers URL: https://www.warfaredecoded.com/rheinmetall-to-supply-72-remote-controlled-155-mm-l-52-weapon-systems-for-the-british-armys-rch-155-howitzers/ Last updated: 2026-08-05T18:30:16.000Z Rheinmetall has secured a major contract to supply **72 remote-controlled 155 mm L/52 weapon systems** for the **British Army's RCH 155 wheeled self-propelled howitzers**, marking another milestone in the United Kingdom's artillery modernization program. The contract follows the UK's decision to procure **72 RCH 155 systems** under the **Mobile Fires Platform (MFP)** programme, replacing the aging **AS-90** self-propelled howitzers with a more mobile, automated, and longer-range artillery capability. ## Equipping the Next Generation of British Artillery Under the agreement, Rheinmetall will deliver the complete **155 mm L/52 RC weapon system**, including the gun barrel, recoil system, elevating mass, and associated onboard equipment. Deliveries will begin after the successful completion of the joint UK-Germany qualification process. In addition to the hardware, Rheinmetall will provide technical documentation, training support, and engineering services to assist the British Army in introducing the new artillery system into operational service. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Rheinmetall-155-mm-L_52-Weapon-Systems-in-Position.png) Rheinmetall 155 mm L/52 RC Weapon System Positioned for Long-Range Precision Fire Missions. ## Combining Firepower with Mobility The **RCH 155** integrates Rheinmetall's **155 mm L/52 remote-controlled artillery module** onto the **Boxer 8×8 armored vehicle**, creating a highly mobile wheeled self-propelled howitzer capable of rapid deployment across the battlefield. Unlike conventional self-propelled guns, the RCH 155 features an **unmanned remote-controlled turret**, allowing the crew to operate the weapon from within the protection of the armored vehicle while significantly improving battlefield survivability. The automated loading system and advanced digital fire-control architecture enable the RCH 155 to deliver rapid, accurate fire while minimizing crew workload. The platform is optimized for **shoot-and-scoot operations**, allowing it to fire multiple rounds and quickly relocate before enemy counter-battery fire can respond. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Rheinmetall-155-mm-L_52-Weapon-System-turning-into-sandy-dust.png) Rheinmetall's 155 mm L/52 RC Weapon System Demonstrates High Mobility in Sandy Battlefield Conditions ## Designed for Long-Range Precision Fires The **155 mm L/52 cannon** is capable of firing a wide range of NATO-standard artillery ammunition, including precision-guided projectiles, providing the British Army with improved long-range strike capabilities. Integrated with modern battlefield management systems, the weapon can rapidly receive targeting information from reconnaissance drones, counter-battery radars, and other networked sensors, enabling faster engagement of high-value targets. ## Strengthening NATO's Artillery Capabilities The RCH 155 programme is being delivered through **ARTEC GmbH**, a joint venture between **Rheinmetall** and **KNDS Deutschland**, combining Germany's advanced artillery technology with the proven Boxer armoured vehicle platform. Once fielded, the RCH 155 will significantly enhance the British Army's ability to conduct deep fires, precision strikes, and counter-battery operations while improving mobility, automation, and crew protection for future high-intensity conflicts. The contract further reinforces Rheinmetall's position as one of Europe's leading suppliers of advanced land systems and reflects the growing demand among NATO members for highly automated, long-range artillery capable of operating effectively in modern, contested battlefields. Author: Kevin Macmellon ### GE Aerospace Sets Aviation Milestone with World's First High-Altitude Hybrid-Electric Flight URL: https://www.warfaredecoded.com/ge-aerospace-sets-aviation-milestone-with-worlds-first-high-altitude-hybrid-electric-flight/ Last updated: 2026-08-03T18:36:00.000Z GE Aerospace has completed the **world's first high-altitude hybrid-electric flight demonstration**, marking a significant milestone in the development of next-generation aircraft propulsion technologies. The achievement demonstrates the company's progress toward more efficient and sustainable aviation systems by integrating conventional turbine power with advanced electric propulsion. ### Breakthrough in Hybrid-Electric Aviation The flight tested a hybrid-electric propulsion system designed to improve fuel efficiency while reducing emissions. By combining a gas turbine engine with electric power generation and distribution, the aircraft demonstrated stable performance at high altitude, validating technologies that could support future commercial, military, and advanced air mobility platforms. The successful demonstration provides valuable data on power generation, thermal management, electrical distribution, and propulsion integration under real flight conditions. Engineers believe these technologies could play an important role in reducing fuel consumption and supporting the aviation industry's long-term sustainability goals. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/GE-Aerospace-High-Altitude-Hybrid-Electric-Flight-Downside-Position.png) GE Aerospace's Hybrid-Electric Aircraft Demonstrates Next-Generation Electric Propulsion Technology During High-Altitude Flight Trials. ### Advancing Future Aircraft Technologies Hybrid-electric propulsion is considered one of the most promising pathways for next-generation aviation. Unlike fully electric aircraft, hybrid systems combine the reliability and range of conventional engines with the efficiency benefits of electric power, making them suitable for larger aircraft and longer missions. GE Aerospace said the demonstration represents another step toward developing scalable propulsion technologies that can be adapted across multiple aircraft categories, including regional airliners, military aircraft, and future autonomous aviation platforms. ### Supporting Sustainable Aviation The high-altitude flight forms part of GE Aerospace's broader effort to develop cleaner and more efficient propulsion technologies. The company continues investing in advanced engines, electrification, sustainable aviation fuels (SAF), and hybrid-electric systems to help reduce the environmental impact of air transportation. As governments and aerospace manufacturers push toward lower-carbon aviation, hybrid-electric propulsion is expected to become a key technology for improving efficiency while maintaining the performance required for commercial and defense applications. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/GE-Aerospace-High-Altitude-Hybrid-Electric-Flight-Graphic-Simulation.png) The Hybrid-Electric Demonstrator Marks a Major Step Toward Lower-Emission Aviation ### Looking Ahead The successful high-altitude demonstration reinforces GE Aerospace's position as a leader in next-generation aircraft propulsion. As hybrid-electric technologies continue to mature, they could reshape the future of aviation by enabling aircraft that consume less fuel, produce lower emissions, and operate more efficiently without compromising performance. Author: Kevin Macmellon ### Avon Aerospace Unveils ARD-40 "Stalker" Autonomous Drone for Multi-Role Combat Operations URL: https://www.warfaredecoded.com/avon-aerospace-unveils-ard-40-stalker-autonomous-drone-for-multi-role-combat-operations/ Last updated: 2026-08-02T18:30:13.000Z Avon Aerospace has introduced the **ARD-40 "Stalker,"** a **Vanguard-class autonomous rotary-wing unmanned aircraft** designed to perform multiple battlefield missions in highly contested environments. The platform combines troop transport, combat search and rescue (CSAR), Counter-UAS operations, and loyal wingman capabilities into a single autonomous system, offering armed forces greater operational flexibility while reducing risks to human crews. ## Built for High-Threat Battlefields The ARD-40 "Stalker" is engineered to operate in dangerous environments where conventional helicopters may face significant threats. The unmanned platform can support **troop insertion and extraction**, transport mission-critical supplies, and conduct **combat search and rescue (CSAR)** missions alongside the **URD-114**, helping recover isolated personnel without exposing pilots to enemy fire. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/ARD-40-Stalker-Autonomous-Drone-Flying-Above-the-Ground.png) Avon Aerospace ARD-40 "Stalker" Conducts Low-Altitude Tactical Flight Through Rugged Terrain. ## Loyal Wingman for Attack Helicopters One of the drone's key capabilities is its ability to operate as a **loyal wingman** for manned attack helicopters. Working alongside crewed aircraft, the ARD-40 can perform reconnaissance, extend battlefield awareness, identify threats, and support combat missions while allowing pilots to remain farther from hostile air defenses. ## Counter-UAS and Force Protection The ARD-40 is also designed to perform **Counter-Unmanned Aircraft System (Counter-UAS)** missions against hostile drones. Its autonomous capabilities enable it to detect, track, and engage aerial threats, providing additional protection for ground forces and critical military assets in increasingly drone-dominated battlefields. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/ARD-40-Stalker-Autonomous-Drone-Flight-Exercise.png) Three Avon Aerospace ARD-40 "Stalker" Drones Fly in Coordinated Formation During a Multi-Drone Tactical Mission. ## Expanding Autonomous Combat Capabilities With its combination of autonomous flight, multi-role mission capability, and support for both air and ground operations, the **Avon Aerospace ARD-40 "Stalker"** reflects the growing shift toward unmanned systems capable of performing complex military missions. As armed forces continue investing in autonomous technologies, platforms like the Stalker are expected to play an increasingly important role in future combat and expeditionary operations. Author: Kevin Macmellon ### SpaceX Lands $1.6 Billion U.S. Space Force Contract for 18 Falcon 9 National Security Launches URL: https://www.warfaredecoded.com/spacex-lands-1-6-billion-u-s-space-force-contract-for-18-falcon-9-national-security-launches/ Last updated: 2026-08-01T18:03:53.000Z SpaceX has been awarded a **$1.6 billion contract** by the **U.S. Space Force** to conduct **18 Falcon 9 launches** in support of national security missions through the end of **2027**. The launches will deploy military satellites supporting the **Space Based Sensing and Targeting (SBST)** portfolio, which is designed to improve the U.S. military's ability to detect, track, and communicate information about airborne threats in near real time. The contract was awarded under the **National Security Space Launch (NSSL) Phase 3 Lane 1** program, which procures commercial launch services for defense missions. All 18 Falcon 9 missions are expected to launch from **Vandenberg Space Force Base, California**, reinforcing SpaceX's role as the primary provider of U.S. military launch services. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/SpaceX-Falcon-9-Rocket-Carrying-a-U.S.-National-Security-Payload-2.png) ## Supporting America's Next-Generation Missile Tracking Network The upcoming launches will place satellites into orbit that contribute to the U.S. military's expanding missile warning and tracking architecture. These spacecraft are intended to provide persistent surveillance capable of detecting, identifying, and tracking airborne threats, strengthening the Pentagon's space-based sensing capabilities. The award also supports broader efforts to modernize military space infrastructure, enabling faster delivery of critical national security payloads while leveraging commercially proven launch systems. Falcon 9's high launch cadence and reliability made it a strong candidate for the accelerated procurement process. ## SpaceX Continues to Dominate Military Launch Services The latest contract adds to a series of major U.S. defense awards secured by SpaceX in 2026\. Earlier this year, the company received multi-billion-dollar contracts tied to military satellite networks and space-based communications, bringing its Pentagon-related awards this year to approximately **$7 billion**. Despite SpaceX's leading position in the launch market, the U.S. Space Force continues to emphasize maintaining competition through the NSSL program. **United Launch Alliance (ULA)** and **Blue Origin** also participate in national security launch procurements, ensuring multiple certified providers remain available for critical missions. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/SpaceX-routinely-and-successfully-establishes-its-Falcon-9-rockets-into-orbit-1.png) ## Accelerating National Security Launch Capability The contract was awarded through a streamlined acquisition process intended to accelerate deployment of military satellites as demand for resilient space capabilities continues to grow. As geopolitical competition expands into space, the U.S. Department of Defense is increasing investment in rapid, reliable launch services to support missile warning, communications, navigation, and space situational awareness missions. Author: Kevin Macmellon ### Firestorm Labs Raises $82 Million Series B to Scale On-Demand Defense Manufacturing at the Tactical Edge URL: https://www.warfaredecoded.com/firestorm-labs-raises-82-million-series-b-to-scale-on-demand-defense-manufacturing-at-the-tactical-edge/ Last updated: 2026-07-31T18:30:22.000Z Firestorm Labs has secured **$82 million in Series B funding** to accelerate the deployment of its expeditionary manufacturing technology, enabling military forces to produce mission-critical systems directly at the tactical edge. The funding round was led by **Washington Harbour Partners** and included participation from **NEA, Ondas, In-Q-Tel, Lockheed Martin Ventures, Booz Allen Ventures, Geodesic, Motley Fool Ventures**, and several existing investors. The latest investment brings the San Diego-based defense technology company's total funding to **$153 million**. The company plans to use the new capital to expand production of its **xCell** platform—a containerized manufacturing system capable of producing unmanned aircraft, spare parts, and mission equipment close to frontline operations. By shifting production from centralized factories to forward-deployed locations, Firestorm aims to reduce logistical vulnerabilities and improve operational resilience in contested environments, particularly across the Indo-Pacific. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Firestorm-Tempest-Unmanned-Aircraft-System-Prepared-for-Forward-Deployed-Tactical-Missions.png) Firestorm Tempest UAV Completing Pre-Mission Preparations for Forward Operations ### xCell Brings Manufacturing to the Battlefield Firestorm's **xCell** platform is designed as a deployable "factory-in-a-box" that uses industrial-grade additive manufacturing to produce mission-ready systems where they are needed most. Developed in partnership with **HP**, the platform enables rapid production cycles while reducing dependence on traditional supply chains that could be disrupted during conflict. The company says xCell supports an open manufacturing ecosystem, allowing defense partners to redesign their own systems for additive manufacturing while enabling military operators to assemble and sustain equipment in the field. The approach is intended to improve responsiveness while lowering production costs and accelerating deployment timelines. ### Transitioning from Demonstrations to Scaled Production Following successful demonstrations with the **U.S. Air Force** and **U.S. Army**, Firestorm is transitioning from prototype programs to larger-scale production and operational fielding. Company officials say expansion efforts will initially focus on Indo-Pacific operations, where contested logistics and long supply lines present significant operational challenges. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/irestorm-Tempest-Tactical-UAS-Positioned-on-a-Desert-Runway-Before-Mission.png) Firestorm Tempest Tactical UAS Demonstrates Rapid Deployment Capability from an Unprepared Desert Airstrip CEO **Dan Magy** said the investment will help the company move manufacturing capacity closer to deployed forces, allowing critical systems to be produced at the point of need rather than relying solely on traditional industrial facilities. ### Growing Interest from Defense Investors The Series B attracted backing from several major defense-focused investors, including **Lockheed Martin Ventures** and **Booz Allen Ventures**, highlighting growing interest in distributed manufacturing technologies that support operational readiness. Lockheed Martin said Firestorm's capabilities align with efforts to deliver mission-critical systems more rapidly to military customers. Firestorm has also rapidly expanded its workforce, growing from around **40 employees to more than 160** over the past year. The company expects the new funding to support further hiring as it scales production to meet increasing defense demand. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Firestorm-Tempest-Unmanned-Aircraft-Produced-and-Staged-at-the-xCell-Expeditionary-Manufacturing-Hub-1.png) Firestorm's xCell Manufacturing Hub Produces and Stages Multiple Tempest UAVs for Operational Readiness ### Strengthening the Defense Industrial Base As militaries place greater emphasis on resilient logistics and distributed manufacturing, Firestorm's expeditionary production model seeks to reduce dependence on centralized supply chains while enabling rapid delivery of unmanned systems and replacement components during operations. The company believes this approach will play an increasingly important role in future military logistics, particularly in contested theaters where conventional resupply may be difficult. Author: Kevin Macmellon ### United States LGM-35A Sentinel ICBM Set to Replace the Minuteman III URL: https://www.warfaredecoded.com/united-states-lgm-35a-sentinel-icbm-set-to-replace-the-minuteman-iii/ Last updated: 2026-07-30T18:30:30.000Z **Why the U.S. Is Replacing the Minuteman III ICBM** The United States is moving forward with one of the most significant overhauls of its nuclear arsenal in decades, replacing the aging **LGM-30G Minuteman III** intercontinental ballistic missile (ICBM) with the next-generation **LGM-35A Sentinel**. The modernization effort is intended to ensure the land-based leg of the U.S. nuclear triad remains credible well into the second half of the century, despite rising costs and schedule delays. The **Minuteman III**, first deployed in the early 1970s, has served as the backbone of America's land-based nuclear deterrent for more than five decades. Although the missile has undergone multiple life-extension programs, Air Force officials say it has reached the limits of modernization, making a complete replacement necessary to address evolving security challenges and sustain long-term operational readiness. **LGM-35A Sentinel: A Comprehensive Nuclear Modernization Program** The **Sentinel** program, led by **Northrop Grumman**, is designed to replace all 400 deployed Minuteman III missiles while modernizing launch facilities, command-and-control infrastructure, communications networks, and associated support systems across missile fields in Wyoming, Montana, North Dakota, Colorado, and Nebraska. Rather than replacing only the missile itself, the program represents a comprehensive modernization of the entire ICBM enterprise. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/LGM-35-Sentinel-intercontinental-ballistic-missile.png) Sentinel ICBM The Successor to America's Minuteman III Nuclear Missile **Rising Costs and the Debate Over Nuclear Modernization** However, the program has faced significant challenges. Rising construction costs, inflation, and the complexity of rebuilding decades-old infrastructure have increased projected expenses and pushed back deployment timelines. Despite these hurdles, the Department of Defense continues to describe Sentinel as a national security priority, arguing that replacing the aging Minuteman III fleet is essential to maintaining a reliable nuclear deterrent against increasingly capable strategic competitors. **Future of America's Land-Based Nuclear Deterrent** Supporters of the program argue that a modernized ICBM force strengthens deterrence by complicating an adversary's planning and preserving the credibility of the U.S. nuclear triad alongside strategic bombers and ballistic missile submarines. Critics, however, continue to question the program's escalating cost and whether alternative modernization strategies could achieve similar deterrence objectives at lower expense. Once operational, the **LGM-35A Sentinel** is expected to remain in service for decades, providing the United States with a modern, secure, and resilient land-based strategic missile capability while replacing one of the longest-serving nuclear weapon systems in American history. Author: Kevin Macmellon ### X-Bow Launches Buckler: A Flight-Tested, Sub-$100K Interceptor Built to Counter Mass Drone Attacks URL: https://www.warfaredecoded.com/x-bow-launches-buckler-a-flight-tested-sub-100k-interceptor-built-to-counter-mass-drone-attacks/ Last updated: 2026-07-30T18:30:23.000Z X-Bow Systems has unveiled **Buckler**, a flight-tested, low-cost interceptor designed to defeat **Group 3 unmanned aerial systems (UAS)** at **supersonic speeds**. Introduced at the **Farnborough International Airshow 2026**, the interceptor is priced at **under $100,000 per unit**, offering a significantly more affordable alternative to conventional air defense missiles used against low-cost drones. **Buckler: X-Bow's Low-Cost Missile Designed for Mass Counter-Drone Defense** Buckler is intended to address a growing challenge on modern battlefields: defending against large-scale drone attacks without relying on expensive interceptors that can cost hundreds of thousands or even millions of dollars. X-Bow says the system is optimized to engage **Group 3 drones**, including threats comparable to the **Shahed-136** class, while shifting the cost equation in favor of defenders. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/X-Bow-Buckler-Drone-interceptor-flying-at-Super-Sonic-Speed.png) X-Bow Buckler Drone Interceptor Flying at Supersonic Speed During Flight Test The interceptor has already completed a successful **flight test**, validating its propulsion system and flight performance following earlier static-fire and igniter testing. According to the company, Buckler's **airframe, solid rocket motor, and propellant are all manufactured in-house**, giving X-Bow greater control over production, cost, and the ability to rapidly scale manufacturing to meet military demand. **X-Bow Launches Next-Generation Buckler Interceptor to Counter Mass UAV Threats** Unlike traditional interceptor programs that rely on complex supplier networks, Buckler is built around a vertically integrated production model. X-Bow says this approach reduces industrial bottlenecks while enabling high-volume production for the U.S. military and allied nations seeking affordable, scalable counter-drone capabilities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/X-Bow-Buckler-Drone-intercepting-sworms-of-Drones.png) X-Bow Buckler Drone Interceptor Neutralizing Swarming UAV Threats of Simulation Image With drone warfare reshaping modern conflicts, systems like Buckler reflect a broader shift toward **cost-effective, mass-producible interceptors** capable of defending military bases, critical infrastructure, and frontline forces against increasingly frequent drone swarms. Additional testing is planned to expand the interceptor's operational envelope, including potential ground-, sea-, and air-launched variants. Author: Kevin Macmellon ### U.S. Air Force placed a limited purchase order for the Guardian Rotary-Wing Interceptor URL: https://www.warfaredecoded.com/u-s-air-force-placed-a-limited-purchase-order-for-the-guardian-rotary-wing-interceptor/ Last updated: 2026-07-29T18:30:12.000Z ## Powerus, a Florida-based autonomous systems company founded by former U.S. Army Special Operations veterans, says its **Guardian** rotary-wing interceptor has achieved **thousands of successful field intercepts** against hostile Group 3 unmanned aerial systems (UAS). The company positions the Guardian as a low-cost kinetic counter-drone solution designed to defeat threats such as the Iranian-designed **Shahed-136** and **Geran-2** attack drones. **Guardian Drone Claimed to Achieve Thousands of Drone Intercepts as U.S. Air Force Places Limited Order** The Guardian was developed to address one of the biggest challenges in modern air defense: the high cost of intercepting inexpensive drones with traditional missile systems. According to Powerus, conventional interceptors can cost hundreds of thousands—or even millions—of dollars per engagement, while many one-way attack drones cost only a fraction of that amount. The Guardian aims to reverse that cost equation by providing an affordable, rapidly deployable interceptor for frontline forces. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Guardian-Rotary-Wing-Drone-interceptor-Flying-in-the-Sky-1.png) Guardian Rotary-Wing Drone Interceptor Flying During Tactical Counter-UAS Operations The lightweight interceptor features a reinforced carbon-fiber airframe and is capable of speeds between **290 and 340 km/h (180–211 mph)**, enabling it to pursue and destroy fast-moving aerial threats. It was demonstrated during operational exercises at the **National Training Center, Fort Irwin, California**, where U.S. service members evaluated the system against simulated drone threats. Following a successful demonstration, the **U.S. Air Force** placed a **limited purchase order** for the Guardian system. While the order is not a full-rate production contract, it represents the first confirmed U.S. government procurement of the platform and marks an important step toward operational adoption for expeditionary counter-UAS missions. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Military-Personaal-used-Rotary-Wing-Drone-interceptor.png) ****Guardian Rotary-Wing Drone Interceptor During Simulated Combat Operations with Military Personnel** Although Powerus states that Guardian has recorded **thousands of successful intercepts**, those figures have **not been independently verified** through publicly available operational records. The company's claims nevertheless highlight growing interest in affordable kinetic counter-drone systems as militaries seek scalable defenses against the expanding threat posed by mass-produced unmanned aircraft. Author: Kevin Macmellon ### L3Harris Delivers RS-25 Engines for Artemis III Moon Mission URL: https://www.warfaredecoded.com/l3harris-delivers-rs-25-engines-for-artemis-iii-moon-mission/ Last updated: 2026-07-27T19:30:37.000Z **L3Harris Delivers RS-25 Engines for Artemis III** L3Harris Technologies has delivered the **RS-25 rocket engines** that will power NASA's **Space Launch System (SLS)** during the historic **Artemis III** mission. The delivery marks another major milestone in preparing the first crewed lunar landing mission of the Artemis program, which aims to return astronauts to the Moon for the first time since Apollo 17 in 1972. The RS-25 engines will be integrated into the SLS core stage, providing the immense thrust required to launch the Orion spacecraft and its crew toward lunar orbit. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Space-Shuttle-Main-Engine-Processing-Facility-at-NASA-s-Kennedy-Space-Center.png) NASA's Space Shuttle Main Engine Processing Facility at Kennedy Space Center prepares and services RS-25 rocket engines for integration **The Power Behind NASA's Most Powerful Rocket** The **RS-25** is one of the world's most advanced liquid-fueled rocket engines. Originally developed for NASA's **Space Shuttle Program**, the engines have been upgraded by L3Harris to meet the demanding performance requirements of the Space Launch System. Each RS-25 engine produces approximately **512,000 pounds of thrust**, while the four-engine core stage generates more than **2 million pounds of thrust** before the solid rocket boosters ignite. Together, the engines help make the SLS the most powerful rocket ever built for human space exploration. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/RS-25-engines-that-will-power-SLS-for-its-first-flight-are-ready-to-be-integrated-with-the-rocket-s-core-stage.png) NASA's four RS-25 engines are prepared for integration with the Space Launch System (SLS) core stage **Supporting the Artemis III Mission** Artemis III is planned to become the first crewed mission to land astronauts near the Moon's **South Pole**, where scientists believe water ice exists inside permanently shadowed craters. The mission will launch aboard the Space Launch System before Orion carries astronauts toward lunar orbit. After docking with the Human Landing System, astronauts are expected to descend to the lunar surface, conduct scientific research, and demonstrate technologies that will support future long-duration exploration of the Moon and eventually Mars. The reliable performance of the RS-25 engines is considered essential for the success of this ambitious mission. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Space-Shuttle-Discovery-s-engines-at-the-Udvar-Hazy-Center.png) RS-25 engines from Space Shuttle Discovery are displayed at the Smithsonian's Steven F. Udvar-Hazy Center **Built on Decades of Flight Heritage** The RS-25 has one of the strongest reliability records in spaceflight history. During the Space Shuttle era, the engines completed **135 successful shuttle missions**, demonstrating exceptional performance across three decades of human spaceflight. For Artemis missions, L3Harris has modernized the engines with updated controllers, manufacturing improvements, and enhanced operational capabilities while maintaining the proven design that made the RS-25 one of NASA's most trusted propulsion systems. Author: Kevin Macmellon ### HII Secures U.S. Navy Option-Year Contract for Lionfish Unmanned Undersea Vehicle Production URL: https://www.warfaredecoded.com/hii-secures-u-s-navy-option-year-contract-for-lionfish-unmanned-undersea-vehicle-production/ Last updated: 2026-07-26T19:02:25.000Z HII has been awarded an **option-year production contract** to continue manufacturing the U.S. Navy's **Lionfish Small Unmanned Undersea Vehicle (SUUV)**, reinforcing the Navy's investment in autonomous undersea warfare capabilities, including naval missions, mine countermeasures, intelligence, surveillance and reconnaissance (ISR), anti-submarine warfare, and electronic warfare. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/HII-REMUS-Engineers-Carry-the-REMUS-Underwater-Drone-to-the-Launch-Site.png) HII REMUS Team Prepares an Autonomous Underwater Vehicle for Mission Deployment The contract follows a major production milestone achieved at the end of 2025, when HII completed the **42nd Lionfish vehicle** at its Pocasset, Massachusetts, production facility. The five-year production program has the potential to scale to **as many as 200 vehicles**, with a total contract value exceeding **$347 million**. **Built on the Proven REMUS 300 Platform** Lionfish is derived from HII's commercial **REMUS 300** platform, which was originally developed through collaboration with the **U.S. Navy** and the **Defense Innovation Unit (DIU)**. The modular, open-architecture design enables rapid integration of new payloads and sensors, allowing the vehicle to adapt to evolving operational requirements while reducing lifecycle costs. ## REMUS Family Comparison: Where Lionfish Fits The **Lionfish SUUV** is based on HII's **REMUS 300** autonomous underwater vehicle, positioning it between compact tactical AUVs and larger deep-water autonomous platforms. The REMUS family is designed to cover a wide range of naval missions, from coastal reconnaissance to deep-ocean exploration. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/HII-REMUS-Autonomous-Underwater-Vehicle-Begins-Its-Undersea-Mission.png) HII REMUS Underwater Drone Begins Its Dive for Autonomous Maritime Operations **Modular Payloads for Multi-Mission Operations** The REMUS platform features an open architecture that allows operators to configure the vehicle for different missions. Depending on the variant, payload options include: - Side-scan sonar - Synthetic Aperture Sonar (SAS) - Multi-beam sonar - Laser scanner - High-resolution cameras - Magnetometer - Bathymetric mapping sensors - User-defined mission payloads - Third-party autonomy software ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/HII-REMUS-lined-up-for-Missions-1.png) **A Milestone for U.S. Naval Autonomy** According to HII, the Lionfish program represents the **U.S. Navy's first successful transition from an Other Transaction Authority (OTA) prototype to full-scale production**. It is also the **first and only cyber-compliant unmanned underwater vehicle currently in production** for the Navy, highlighting its readiness for operational deployment in modern contested environments. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/HII-REMUS-VARIANT-COMPARISON-MATRIX-2.png) **Expanding Global REMUS Fleet** The Lionfish program also builds on the long operational history of HII's REMUS family of unmanned underwater vehicles. The company has delivered **more than 700 REMUS vehicles** to customers in **over 30 countries**, including **14 NATO members**, with more than **90% of the systems remaining in active service** after decades of operation. Author: Kevin Macmellon ### U.S. Army Awards AeroVironment $117.3 Million Contract for P550™ UAS Production URL: https://www.warfaredecoded.com/u-s-army-awards-aerovironment-117-3-million-contract-for-p550tm-uas-production/ Last updated: 2026-07-26T16:30:49.000Z **AeroVironment Wins Major U.S. Army Production Contract** AeroVironment has received a **$117.3 million production contract** from the **U.S. Army** to manufacture its **P550™ Uncrewed Aircraft System (UAS)**. The award supports the Army's effort to expand tactical uncrewed aviation capabilities by providing a versatile platform capable of intelligence gathering, surveillance, reconnaissance (ISR), logistics support, and multi-mission operations. The production contract further strengthens AeroVironment's position as one of the Pentagon's leading suppliers of tactical uncrewed systems, building on its portfolio of battlefield-proven platforms including the **Switchblade**, **Puma**, **Raven**, and **JUMP 20**. **What Is the P550™?** The **P550™** is a **Group 2 tactical uncrewed aircraft system** designed for rapid deployment and flexible mission execution. Its modular architecture allows operators to quickly integrate different payloads depending on mission requirements, including electro-optical and infrared sensors, communications equipment, electronic warfare payloads, and cargo delivery systems. Designed for expeditionary operations, the aircraft can operate from austere locations with minimal logistical support while providing commanders with real-time situational awareness across the battlefield. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/AeroVironment--P550-UAS-Drone-Test-Fly-Mission.png) AeroVironment's P550® UAS conducts a flight test, demonstrating its modular eVTOL design and multi-mission capabilities for future U.S. Army operations. **Designed for Multi-Mission Operations** The P550 is engineered to support a wide range of military missions, including: - **Intelligence, Surveillance and Reconnaissance (ISR)** - **Target acquisition and battlefield monitoring** - **Communications relay** - **Electronic warfare missions** - **Logistics and resupply operations** - **Rapid payload integration for evolving mission requirements** Its modular design enables military units to adapt the aircraft quickly for different operational scenarios without requiring major hardware modifications. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/AeroVironment--P550-UAS-Drone-UAS-Selected-for-Army-Reconnaissance.png) AeroVironment's P550® Uncrewed Aircraft System (UAS) has been selected to support U.S. Army reconnaissance missions **Supporting the Army's Modernization Strategy** The production award aligns with the U.S. Army's modernization initiatives focused on increasing the use of autonomous systems to improve battlefield awareness, reduce risk to personnel, and accelerate decision-making. Uncrewed aircraft have become increasingly important for modern military operations by extending reconnaissance capabilities, supporting distributed forces, and providing persistent intelligence in contested environments. The P550 adds another flexible platform to the Army's growing portfolio of tactical autonomous systems designed to support operations across land, air, and multi-domain battlefields. **Strengthening AeroVironment's Defense Portfolio** The contract represents another significant milestone for AeroVironment as demand for autonomous military systems continues to grow worldwide. The company has established itself as a leading supplier of tactical drones and loitering munitions used by U.S. and allied forces. With increasing global investment in autonomous technologies, contracts such as the **$117.3 million P550 production award** demonstrate continued confidence in AeroVironment's ability to deliver scalable, mission-ready uncrewed aircraft for future military operations. Author: Kevin Macmellon ### Northrop Grumman Manta Ray Autonomous Long-Endurance Underwater Vehicle for Persistent Maritime Surveillance and Undersea Warfare URL: https://www.warfaredecoded.com/northrop-grumman-manta-ray-autonomous-long-endurance-underwater-vehicle-for-persistent-maritime-surveillance-and-undersea-warfare/ Last updated: 2026-07-26T11:30:17.000Z **A New Generation of Autonomous Underwater Vehicles** Northrop Grumman's **Manta Ray** is an experimental **uncrewed underwater vehicle (UUV)** developed under the Defense Advanced Research Projects Agency (DARPA) to demonstrate long-duration autonomous operations beneath the ocean surface. Inspired by the movement and efficiency of the marine manta ray, the vehicle is designed to travel thousands of miles while consuming minimal energy, enabling persistent undersea missions without requiring a support ship nearby. Unlike conventional submarines or remotely operated underwater vehicles, Manta Ray is intended to operate independently for extended periods, making it suitable for missions in remote and contested maritime environments. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Northrop-Grumman-Manta-Ray-Underwater-Vehicle-Beneath-the-Surface.png) Northrop Grumman Manta Ray Underwater Vehicle Beneath the Surface **Built for Long-Endurance Missions** One of the Manta Ray's most distinctive features is its **glider-style hydrodynamic design**, which allows it to move efficiently through the water while minimizing power consumption. The platform is engineered for months-long deployments and can travel vast distances without constant human supervision. Another innovative capability is its **low-power seabed hibernation mode**. When not actively conducting missions, the vehicle can settle on the ocean floor, significantly reducing energy usage before resuming operations when required. This capability could greatly extend operational endurance compared to traditional underwater platforms. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Northrop-Grumman-Manta-Ray-Detailed-Overview.png) **Supporting Intelligence and Maritime Security** The Manta Ray is designed to support a wide range of naval missions, including **intelligence, surveillance, reconnaissance (ISR), environmental monitoring, seabed mapping, and maritime domain awareness**. Its autonomous operation allows military commanders to gather information in areas that may be difficult or risky for crewed submarines. Because it can remain underwater for extended periods with minimal logistical support, the vehicle offers a cost-effective way to monitor critical sea lanes, protect undersea infrastructure, and enhance situational awareness in strategic regions. **Successful At-Sea Testing** In 2024, Northrop Grumman successfully completed **in-water testing** of the Manta Ray prototype after assembling the vehicle in California and transporting it in modular sections for sea trials. The demonstrations validated the vehicle's hydrodynamic performance, autonomous navigation systems, propulsion, and overall mission capabilities under realistic operating conditions. Author: Kevin Macmellon ### General Dynamics Secures $400.4 Million Space Development Agency Contract for Next-Generation Military Space Network URL: https://www.warfaredecoded.com/general-dynamics-secures-400-4-million-space-development-agency-contract-for-next-generation-military-space-network/ Last updated: 2026-07-25T18:28:17.000Z **General Dynamics Awarded $400.4 Million SDA Contract** General Dynamics Mission Systems has secured a **$400.4 million** contract from the **Space Development Agency (SDA)** to develop the ground segment for **Tranche 3** of the **Proliferated Warfighter Space Architecture (PWSA)**. The contract covers software development, testing, systems integration, and long-term operations and maintenance for the mission applications that will support the Pentagon's next-generation military satellite network. The award is structured as a cost-plus contract and is expected to run through **September 30, 2030**. Initial funding includes **$60.7 million** in Fiscal Year 2026 Research, Development, Test and Evaluation (RDT&E) funds obligated at the time of award. Work will be carried out across facilities in **Arizona, Washington, North Dakota, Alabama, and Virginia**. **Building the Digital Backbone of Military Space Operations** Rather than building satellites, General Dynamics will develop the **ground infrastructure** that enables the constellation to operate. This includes mission software, command-and-control applications, systems integration, testing, and operational support required to manage the growing fleet of low-Earth orbit military satellites. The ground segment acts as the central nervous system of the architecture, allowing military operators to control satellites, distribute sensor data, manage communications, and rapidly deliver information to commanders across multiple combat domains. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/General-Dynamics-Secures--400.4-Million-from-SDA-1.png) **Supporting the Proliferated Warfighter Space Architecture** The **Proliferated Warfighter Space Architecture (PWSA)** is one of the Pentagon's most ambitious space modernization programs. Instead of relying on a small number of large satellites, the architecture deploys hundreds of smaller satellites in low Earth orbit to provide resilient communications, missile warning, missile tracking, and tactical data sharing. This distributed approach is designed to improve survivability against anti-satellite threats while ensuring uninterrupted support for U.S. and allied military operations. The SDA is expanding Tranche 3 with additional satellite layers supporting missile warning and missile defense under broader initiatives such as **Golden Dome for America**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/General-Dynamics-Industrial-Complex-San-Diego.png) Aerial view of the General Dynamics industrial complex in San Diego, California, **General Dynamics Expands Its Space Portfolio** The latest award strengthens General Dynamics' position as a key provider of military space infrastructure. The company has previously supported SDA programs by developing ground management and integration systems, and the new contract builds on that experience with expanded software and operational responsibilities. As the Department of Defense continues investing in resilient space-based networks, secure command systems, and integrated missile defense capabilities, General Dynamics is expected to play an increasingly important role in connecting satellites with warfighters across air, land, sea, cyber, and space domains. Author: Kevin Macmellon ### Boeing E-3 Sentry AWACS: The Flying Radar That Gives Air Forces Eyes Across the Battlefield URL: https://www.warfaredecoded.com/boeing-e-3-sentry-awacs-the-flying-radar-that-gives-air-forces-eyes-across-the-battlefield/ Last updated: 2026-07-25T12:48:09.000Z **The Airborne Early Warning Platform** The **Boeing E-3 Sentry Airborne Warning and Control System (AWACS)** is one of the world's most recognizable military aircraft, serving as an airborne command center that provides long-range radar surveillance, air battle management, and command-and-control capabilities. Developed by **Boeing** for the **U.S. Air Force**, the E-3 is based on the Boeing 707 airframe and is easily identified by its large rotating radar dome mounted above the fuselage. For decades, the aircraft has played a critical role in monitoring airspace, detecting aircraft and missile threats, coordinating friendly forces, and directing combat operations. The E-3 has supported missions ranging from homeland defense and NATO operations to humanitarian assistance and coalition military campaigns around the world. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Air-Force-Boeing-E-3-Sentry-AWACS-flies-above-the-clouds.png) U.S. Air Force Boeing E-3 Sentry AWACS flies above the clouds during an airborne early warning mission **Advanced Radar for Long-Range Surveillance** The defining feature of the E-3 Sentry is its **30-foot (9.1-meter) rotating radar dome**, which houses a powerful pulse-Doppler radar capable of providing **360-degree surveillance** over vast areas. Operating at high altitude, the aircraft can detect and track hundreds of airborne targets simultaneously while monitoring friendly aircraft and identifying potential threats. Unlike ground-based radar systems, the E-3's elevated position allows it to detect low-flying aircraft and cruise missiles at much greater distances, improving early warning and reducing radar blind spots caused by terrain or the Earth's curvature. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/E-3-Sentry-Airborne-Squadron-Air-Refueling.png) Boeing E-3 Sentry AWACS receives fuel from a tanker aircraft during an aerial refueling mission **Command and Control in the Sky** Beyond surveillance, the E-3 serves as a **flying command-and-control center**. Its onboard mission crew analyzes radar data, identifies airborne threats, coordinates fighter aircraft, and shares real-time intelligence with commanders on the ground, at sea, and in the air. The aircraft acts as the central hub for complex air operations by managing intercept missions, coordinating aerial refueling, directing combat air patrols, and supporting joint operations involving allied forces. This capability enables commanders to maintain situational awareness while making rapid decisions during high-intensity operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Air-Force-E-3-Sentry--AWACS--touches-down-at-4-Wing-Cold-Lake--Canada.png) **Supporting Global Military Operations** The E-3 Sentry has participated in numerous military operations since entering service in the late 1970s. It has supported **Operation Desert Storm**, operations in the **Balkans**, **Afghanistan**, **Iraq**, NATO air policing missions, and homeland defense operations. The aircraft also plays an important role during multinational military exercises, helping integrate air forces from allied nations. In addition to combat missions, the E-3 has been used for disaster response, search-and-rescue coordination, maritime surveillance, and monitoring restricted airspace during major international events. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Air-Force--AWACS--E-3-Sentry-participates-in-NORAD-exercise-Noble-Defender.png) **Modernization and the Future of Airborne Battle Management** Although the E-3 Sentry remains one of the world's most capable airborne early warning platforms, several operators are gradually transitioning to newer systems with advanced digital sensors and networking capabilities. The U.S. Air Force is replacing its E-3 fleet with the **Boeing E-7 Wedgetail**, which features a modern electronically scanned radar, improved communications, and enhanced battle management systems. Author: Kevin Macmellon ### CoAspire Wins $70 Million U.S. Navy Contract for Affordable Coalition Cruise Missile Program URL: https://www.warfaredecoded.com/coaspire-wins-70-million-u-s-navy-contract-for-affordable-coalition-cruise-missile-program/ Last updated: 2026-07-24T21:37:45.000Z **U.S. Navy Selects CoAspire for CHAOS Missile Program** The U.S. Navy has awarded **CoAspire** a **$70 million Prototype Other Transaction Agreement (OTA)** to develop an affordable, ground-launched cruise missile for its new **Coalition Heterogeneous Affordable Offensive Strike (CHAOS)** program. The contract covers the design, development, testing, and delivery of a prototype missile system intended to provide allied and coalition partners with an effective maritime and land-attack capability at a significantly lower cost than traditional long-range strike weapons. At the heart of the program is CoAspire's **Rapidly Adaptable Affordable Cruise Missile–Extended Range (RAACM-ER)**, a modular cruise missile that will be paired with a ground-launch booster and launcher system. The missile is being developed for the U.S. Navy's **Program Executive Office for Unmanned Aviation and Strike Weapons (PMX-201)** under the **Naval Aviation Systems Consortium**, with a focus on rapid production and affordability. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/CoAspire-s-RAACM-ER-and-RAACM-cruise-missiles-displayed.png) CoAspire's RAACM-ER and RAACM cruise missiles are displayed during a flight test event in July 2026 **Designed for Maritime and Land Strike Missions** Unlike many existing cruise missiles that are optimized for a single mission, the **RAACM-ER Ground-Launched** variant is designed to strike both **moving maritime targets** and **fixed land-based targets**. This flexibility allows coalition forces to employ the weapon in a wide range of operational scenarios, from coastal defense to long-range precision strike missions. According to CoAspire, the missile is based on its **RAACM-ER** family and shares technology with the **GHOST** configuration currently being developed for the U.S. Army's **Low-Cost Containerized Munition (LCCM)** program. By leveraging common components across multiple variants, the company aims to reduce production costs while accelerating manufacturing. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/CoAspire-s-GHOST-missile-RAACM-ER.png) **Affordable Mass Production a Key Objective** A central objective of the CHAOS program is to provide allied nations with an affordable precision-strike capability that can be manufactured at scale. Rather than relying solely on expensive long-range cruise missiles, the Navy is seeking systems that can be produced in larger quantities without sacrificing operational effectiveness. CoAspire says its missile family incorporates **additive manufacturing (3D-printed structural components)**, allowing faster production, reduced tooling requirements, and easier development of future variants. The company believes this manufacturing approach can significantly shorten production timelines while lowering unit costs compared with conventional missile manufacturing methods. Author: Kevin Macmellon ### Lockheed Martin Reports Strong Q2 2026 Results as Record $230 Billion Backlog Signals Long-Term Defense Growth URL: https://www.warfaredecoded.com/lockheed-martin-reports-strong-q2-2026-results-as-record-230-billion-backlog-signals-long-term-defense-growth/ Last updated: 2026-08-03T09:14:15.000Z **Lockheed Martin Reports 11% Sales Growth in Q2 2026** Lockheed Martin reported a strong second quarter of 2026, driven by rising global demand for missile defense systems, advanced combat aircraft, and strategic military technologies. The company announced **sales of $20.1 billion**, representing an **11% increase** compared with the same quarter last year. Lockheed Martin also recorded **net earnings of $1.8 billion**, or **$7.94 per diluted share**, reflecting continued growth across its defense portfolio. The company generated **$3.2 billion in cash from operations** and **$2.9 billion in free cash flow**, demonstrating strong financial performance while continuing to invest in expanding manufacturing capacity for key defense programs. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/08/Lockheed-Martin-Reports-Second-Quarter-2026-Financial-Results.png) **Record $230 Billion Backlog Strengthens Long-Term Outlook** One of the biggest highlights of the earnings report was Lockheed Martin's **record backlog of $230 billion**, the largest in the company's history. The backlog includes recently awarded long-term contracts across multiple business segments, including the **multi-year production contract for THAAD (Terminal High Altitude Area Defense) interceptors**. A backlog represents signed customer contracts that have not yet been completed, providing visibility into future production and revenue. The record order book reflects increasing investments by the United States and allied nations in missile defense, precision-guided weapons, fifth-generation fighter aircraft, and advanced space capabilities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Lockheed-Martin-Financial-Results-BreakDown.png) Lockheed Martin's Q2 2026 results showcase strong sales, robust cash flow, record backlog, and continued investment in missile defense **Missile Defense Programs Continue to Drive Growth** Growing demand for integrated air and missile defense remains one of Lockheed Martin's strongest business drivers. Programs such as the **THAAD missile defense system**, **Patriot PAC-3 interceptors**, **Javelin anti-tank missile**, **HIMARS**, and the recently unveiled **PAC-3 Adapted Capability Effector (PAC-3 ACE)** continue to receive strong interest from international customers seeking to modernize their defense capabilities. The company also highlighted ongoing investments in production capacity to meet increasing global demand, particularly as governments replenish missile inventories and strengthen national air defense networks in response to evolving security challenges. Author: Kevin Macmellon ### Lockheed Martin's Morfius X-Rotor Built to Counter Drone Swarms with High-Power Microwave Technology URL: https://www.warfaredecoded.com/lockheed-martins-morfius-x-rotor-built-to-counter-drone-swarms-with-high-power-microwave-technology/ Last updated: 2026-07-23T20:14:41.000Z Lockheed Martin Reveals **MORFIUS X-Rotor** to Counter Drone Attacks. The MORFIUS X-Rotor, a sophisticated reusable air-defense missile designed to take on drone threats, made its public debut at the Farnborough International Airshow 2026\. Instead of utilizing explosive warheads to destroy an enemy drone, the MORFIUSX-Rotor uses high-power microwave (HPM) to fry a drone's electronic insides to disable it. Each MORFIUSX-Rotor can potentially destroy more than 50 enemy drones in flight, a company spokesman told Air & Space Forces Times. This unveiling underscores increased military interest in inexpensive yet highly effective and scalable air defense solutions amid a developing warfare paradigm. Instead of dispatching one expensive missile for one target at a time, long-range aids (e.g., the GFY.3 and Stinger missiles), MORFIUS has a one-to-many kill capability that is enabled by a directed beam of microwaves that disrupts individual drones' electronics to render them inert with a single use.MORFIUS X-Rotor does a non-kinetic ‘one-to-many’ engagement of enemy drones instead of spending multiple missiles on multiple one-to-one engagements to tackle drone swarm attacks. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/MORFIUS-X-Rotor-Microwave-Drone-Killer-Model-Prototype-Flying-Above-the-Sky.png) MORFIUS™ X-Rotor prototype demonstrates its advanced counter-drone capabilities, using high-power microwave technology to defeat multiple unmanned aerial threats **How MORFIUS X-Rotor Uses High-Power Microwaves** This MORFIUS X-Rotor deploys a high-power, compact microwave payload. The resulting electromagnetic pulses produce an intense burst, which can disturb the function of the electronic systems that unmanned aerial vehicles use to function. These microwave bursts can disable flight computers, communications, navigation hardware, and onboard processors. While allowing the targeted drones ineffective or lost as mission targets. As these weapons don't directly rely upon collision to strike their targets, they are useful against a flock of unmanned aircraft attacking simultaneously. As modern warfare becomes inundated with autonomous drone swarms, this defense is a scalable and practical solution for the protection of bases, forward operating positions, ships, military formations, and critical facilities. **Reusable Design Reduces Operational Costs** One of MORFIUS X-Rotor's most important innovations is its **reusable, recoverable air vehicle**. Unlike traditional interceptor missiles that are expended after a single engagement, MORFIUS is designed to return after completing its mission, allowing it to be inspected, serviced, and redeployed. This reusable architecture significantly lowers the cost per engagement while enabling operators to sustain air defense operations against repeated drone attacks. The ability to engage **dozens of low-cost drones** without firing an equivalent number of interceptor missiles could provide substantial logistical and financial advantages during prolonged conflicts. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/MORFIUS-X-Rotor-Drone-Attacks-Drone-Swarms.png) A concept illustration of the MORFIUS™ X-Rotor intercepting a drone swarm with high-power microwave energy, highlighting its role in future counter-UAS operations. **Built for Integration with Existing Air Defense Systems** MORFIUS was developed by Lockheed Martin to operate with virtually any operational military command-and-control (C2) network. It is also sensor-agnostic and C2-agnostic, meaning it can accept targeting data from a variety of ground-, air-, and sea-based sensor types without its own built-in, separate data links and required hardware. The interceptor’s interoperability makes it easy to slot into existing layered air defense schemes alongside Patriot, THAAD, NASAMS, counter-UAS weapons, and various other interceptors and missile defense systems. The U.S.Army and Navy’s defense budgets reflect MORFIUS’ intent to supplement, not replace, its inventory of conventional missile interceptors – as its unique design helps address large-scale drone assaults. **Addressing the Growing Threat of Drone Swarms** The rapid proliferation of inexpensive unmanned aerial systems has fundamentally changed the nature of modern warfare. Recent conflicts have demonstrated how relatively low-cost drones can conduct reconnaissance, electronic warfare, precision strikes, and coordinated swarm attacks against high-value military assets. Traditional air defense systems were primarily developed to intercept aircraft and missiles, making them less economical when engaging dozens of inexpensive drones simultaneously. Systems like MORFIUS represent a new generation of counter-drone technology specifically engineered to defeat swarm tactics while preserving more expensive missile interceptors for higher-value threats. Author: Kevin Macmellon ### U.S. Air Force C-17 Globemaster III: The Strategic Airlifter That Powers Global Military Operations URL: https://www.warfaredecoded.com/u-s-air-force-c-17-globemaster-iii-the-strategic-airlifter-that-powers-global-military-operations/ Last updated: 2026-07-21T09:43:24.000Z **The Backbone of U.S. Strategic Airlift** The Boeing C-17 Globemaster III is among the most capable strategic military transport aircraft in existence, playing a central role in the U.S. Air Force’s Air Mobility Command (AMC). Manufactured by Boeing, it can deliver personnel, vehicles, heavy cargo and supplies anywhere on Earth by flying to either fully operational airbases or underdeveloped forward sites. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Air-Force-Airmen-disembark-a-C-17-Globemaster-III-in-Runway.png) The C-17 has served since the mid-1990s to sustain military operations, deliver aid, respond to natural disasters, perform medical evacuations and facilitate peacekeeping operations around the world. Its flexibility for delivering substantial payloads to remote locations at a rapid pace has proven its worth many times over within the U.S. Military. **Designed for Heavy Payloads and Rapid Deployment** It has a similar payload to a strategic airlifter. Still, it can also operate as a tactical transport, allowing it to haul roughly 170,900 pounds (77,500 kilograms) of cargo such as an M1 Abrams main battle tank, a Stryker, or an AH-64 Apache helicopter, artillery systems, military trucks, and more than 400 troops with gear. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Air-Force-C-17-Globemaster-III-in-Runway-to-Fly.png) The four Pratt & Whitney F117-PW-100 turbofan engines give the C-17 a cruising speed of about Mach 0.74 (830 kilometers per hour or 515 mph) and the ability to travel more than 2,400 nautical miles (4,450 kilometers) on a full load. The C-17 can also operate out of short airfields that are often beyond the capability of much larger transport aircraft because of the aircraft’s high-lift wing design and sophisticated flight controls. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Air-Force-C-17-Globemaster-III-above-the-Sky-1.png) **Supporting Combat and Humanitarian Missions Worldwide** Beyond the battlefields, the C-17 is indispensable for humanitarian assistance and disaster relief operations. The massive transport has supplied relief to earthquake, hurricane, flood, and other disaster-stricken regions across the globe, as well as to facilitate large-scale evacuation operations. Its rear loading ramp can quickly load and unload cargo, vehicles and personnel in the case of time-sensitive mission requirements. The transport is also certified to perform air medevac operations, whereby personnel with medical injuries are delivered to medical facilities, often accompanied by medical personnel and medical equipment aboard the aircraft. Such flexibility enables the C-17 to smoothly switch between its multiple mission profiles such as combat support, humanitarian assistance and strategic lift. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Air-Force-C-17-Globemaster-III-Mission-in-Afghanistan-1.png) **A Key Asset for Future Global Mobility** Even though the C-17 was last produced in 2015, it is still a crucial element of both American and allied air mobility forces, with upgrades continuing for communications, navigation and avionics systems as well as other capabilities that will keep it airborne for years to come. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/C-17-Globemaster-III-Unloading-Truck.png) In a dynamic and ever-changing world, the C-17 Globemaster III remains one of the essential transport planes because of its strategic advantage as well as the ease and capability it provides for deployment of troops and heavy cargo to any part of the globe at an instant's notice for the purpose of reinforcing allies or performing humanitarian aid operations. Author: Kevin Macmellon ### Lockheed Martin Unveils Lower-Cost Patriot Interceptor as Global Air Defense Demand Surges URL: https://www.warfaredecoded.com/lockheed-martin-unveils-lower-cost-patriot-interceptor-as-global-air-defense-demand-surges/ Last updated: 2026-07-21T07:29:36.000Z Air defense systems-and particularly ground-based ones like Raytheon's NASAMS and its predecessors or Lockheed Martin's Patriot system-have received increasing amounts of attention as states bolster their capabilities to defend against ballistic, cruise, and other missiles. As countries expand their arsenals to counter growing missile threats, Lockheed Martin has developed a more affordable alternative interceptor-the PAC-3 Adapted Capability Effector (PAC-3 ACE)-that can be purchased in greater quantities and at a lower cost than the company's combat-proven PAC-3 MSE. Lockheed Martin announced the PAC-3 ACE at the 2026 Farnborough International Airshow. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/5-7-ADA-BN-Patriot-Launch-Vehicle.png) It said the new missile will cost less than half the price of the MSE but will be interoperable with current Patriot systems, enabling commanders to add a large number of missiles to existing arsenals and inventories at relatively low costs while avoiding modifications to current launchers, radars, and C2 equipment. **Designed to Increase Air Defense Capacity:** The PAC-3 ACE interceptor was conceived as part of an “enduring capability” for targeting such a broad spectrum of airborne targets, including not only cruise missiles and aircraft, but also short-range ballistic missiles. It isn't meant to supplant its larger cousin, the PAC-3 MSE, but instead to supplement it. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Shariki-Sub-Base-Patriot-missile-operator.png) In doing so, it will give military commanders a "choice," according to Lockheed Martin spokespeople, of which interceptor to use based on the threat they face and the mission they're undertaking. It will provide a lower-cost option and add to what military strategists often call a military’s "magazine depth"-that is, the number of interceptors on hand for extended conflicts-which has proven critical in recent wars where missile interceptors can be expended at very high rates during prolonged engagements. **Production Expansion to Meet Global Demand** The company also announced plans to expand manufacturing capacity through partnerships with U.S. and European suppliers. Increasing production is expected to help reduce delivery times while supporting allied nations seeking to replenish missile inventories amid growing regional security concerns. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Patriot-Battery-defends-AUAB-from-airborne-threats.png) Flight testing of the PAC-3 ACE is expected to begin in **2028**, with the interceptor designed to integrate into the Patriot ecosystem and the **Integrated Battle Command System (IBCS)**. This compatibility allows operators to field the new interceptor without major changes to existing air defense networks. **Strengthening Future Missile Defense** Demand for higher-end air defense has been growing sharply in the last couple of years as countries have adjusted to changes in missile threats and lessons from fighting. The new interceptor is expected to eventually complement the existing Patriot missile to make Patriot systems larger by keeping down costs and to potentially bring about higher-rate production for more Patriot engagements with fewer high-cost interceptor rounds to fight lower-threat targets. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Tenacious-Archer-25-Patriot.png) If fielded, the PAC-3 ACE could serve an important role for tiered air defenses, allowing a force to maintain effective layers of defenses against both high- and lower-threat air and missile targets for far less than the cost of an all-high-end interceptor inventory, the company noted. **A Strategic Shift Toward Affordable Missile Defense** The development of the PAC-3 ACE is part of a larger trend in military purchasing to prioritize affordability and production volumes as much as outright performance. Today's threats often call for systems that can shoot down swarms of inbound missiles over long durations. Having interceptors available is a crucial capability for success in the battlespace. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/TIERED-DEFENSE-Air-and-missile-defense.png) By offering a lower-cost missile that works with the existing Patriot configuration, Lockheed Martin will be able to assist users with continuing to conduct defensive missions without exhausting their inventories of high-value missiles. “It should give more nations, in addition to those in \[the U.S. Military\], the ability to get larger stockpiles of missiles for a set amount of money,” defense analysts have noted. The demand for combined air and missile defenses worldwide has increased, and the PAC-3 ACE could play a major part in it. Author: Kevin Macmellon ### U.S. Navy Awards $850 Million for Trident II D5 Missile Modernization URL: https://www.warfaredecoded.com/u-s-navy-awards-850-million-for-trident-ii-d5-missile-modernization/ Last updated: 2026-07-12T16:04:05.000Z **U.S. Navy Invests in Trident II D5 Modernization** The US Navy has given Lockheed Martin an $850 million contract for modernization work on the Trident II D5 SLBM under the missile's Life Extension Program (LEP). Work will ensure the missile can maintain its readiness, safety, and mission success into the future, where it will continue to underpin US nuclear deterrent capabilities. It currently operates in U.S.Navy Ohio-class ballistic missile submarines (SSBNs), and will be adapted to arm the new Columbia-class fleet. The missile's primary purpose is to offer a survivable, retaliatory capability as the sea-based component of the U.S. Triad. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Navy-launched-a-developmental-flight-test-model-of-the-new-Trident-II-D-5-missile.png) U.S. Navy launched a developmental flight test model of the new Trident II D-5 missile **What the Life Extension Program Includes** The overhaul entails replacing aging parts, updating electronics, modernizing its guidance systems, and enhancing the missile's long-term durability – all while keeping the same strategic purpose in mind. The updates will keep the missile in service for decades, while also making it able to be fielded aboard present and future submarine vessels. The overhaul is complemented by continued engineering, testing, production, and maintenance. Maintenance checks and periodic updates enable the missile system to retain its ability to remain viable while adhering to high-performance and safety standards. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/X-D5X-12-pad-launch-Trident-II-D-5-missile-1.png) Trident II D5 missile is launched from a ground test pad during the D5X-12 flight test, validating system performance and reliability. **Why the Trident II D5 Remains Important** Perhaps the most potent of the submarine-launched ballistic missiles the U.S. Has, the Trident II D5, with its long range and pinpoint accuracy, provides the U.S. with a viable and sustainable strategic deterrence from hidden ballistic missile submarines. Operating on submarines that hide for weeks or months on end, it is extremely difficult for adversary nations to neutralize America’s sea-based deterrent. Future modification to the Trident II, the life extension program, would also make the missile fit the Navy’s Columbia-class future fleet of submarines, eliminating the need to design a new missile from scratch, and thus lowering cost in the long run. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/unarmed-Trident-II-D5-Life-Extension--D5LE--missile-launches.png) A Trident II D5 Life Extension missile is fired from a ballistic missile submarine during a scheduled evaluation of the system's operational performance. **Supporting Long-Term Strategic Deterrence** This $850 million contract highlights the Navy's commitment to sustaining a reliable and modern strategic deterrent. Enhancing major systems and prolonging the service life of the Trident II D5 allows the Navy to ensure that one of its critical strategic weapons remains able to serve the national defense for years to come, while also shoring up a ready, submarine-based strategic force that underpins the national strategy. Author: Kevin Macmellon ### RTX's Raytheon Doubles Global Stinger Missile Production to Meet Growing Demand URL: https://www.warfaredecoded.com/rtxs-raytheon-doubles-global-stinger-missile-production-to-meet-growing-demand/ Last updated: 2026-07-10T18:43:49.000Z **Raytheon Expands Stinger Missile Manufacturing:** Raytheon's production output of FIM-92 Stinger missiles is set to receive a significant boost from the US and allied countries, which are demanding more supply for the MANPAD. The Raytheon business is boosting capacity, modernising manufacturing lines and extending supply chains to be ready to turn out substantially more missiles each year, amid continued spending on the acquisition of air defence. It comes as militaries spend more money on short-range air-defence. Stingers, which are an Infrared-guided missile launched by the United States for battlefield use and that can be carried and operated by a soldier as an anti-aircraft missile, were in use during 1980-89 and are still actively deployed in more than 20 nations worldwide. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/RTX-Raytheon-FIM-92-Stinger-missile-system.png) A soldier aims a FIM-92 Stinger missile system at a simulated aerial target during a military training exercise, demonstrating short-range air defense readiness. **Meeting Rising Global Demand:** The rise in production comes as global demand for mobile air defense systems has increased along with global security tensions. Many countries are boosting the defensive capacity of short-range air defense forces through resupply of missile munitions, expansion of their own military arsenals, and enhancing protection against low-altitude and flying targets like helicopters, drones, and aircraft. Raytheon is using investments in technology, a larger workforce, and partnerships with its suppliers to shorten the missile production cycle, boost its efficiency, and provide the continuity needed to continue missile output. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Air-Defense-Soldiers-fire-Stinger-missiles.png) Air defense troops conduct a live-fire Stinger missile exercise to strengthen battlefield air defense **Why the Stinger Missile Remains Important:** The Stinger missile continues to play a vital role in modern battlefield air defense because it can be rapidly deployed by infantry units without requiring large launch platforms or extensive support equipment. Its mobility allows troops to provide immediate protection against airborne threats while operating in diverse environments, including urban areas, mountainous terrain, and forward operating positions. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Low-Altitude-Air-Defense-Battalion-conduct-live-fire-range.png) As drones and other low-altitude aerial threats become increasingly common, portable air defense systems remain an important element of layered defense strategies. The Stinger's combination of mobility, precision guidance, and operational flexibility allows military forces to respond quickly to emerging threats while supporting broader air defense networks. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/RTX-Raytheon-FIM-92-Stinger-Missile-System-Small-Craft-Action-Team.png) FIM-92 Stinger missile leaves its launcher during a live-fire drill **Strengthening Future Air Defense Capabilities:** The expansion of Stinger missile production demonstrates the continued importance of proven air defense systems in today's security environment. By increasing manufacturing capacity and modernizing production processes, RTX's Raytheon aims to ensure that allied nations have reliable access to one of the world's most widely deployed short-range air defense missiles. The investment also supports long-term military readiness by helping maintain adequate inventories for training, deterrence, and operational requirements. Author: Kevin Macmellon ### Lockheed Martin Wins $502 Million Contract to Support U.S. Army AH-64 Apache Helicopters URL: https://www.warfaredecoded.com/lockheed-martin-wins-502-million-contract-to-support-u-s-army-ah-64-apache-helicopters/ Last updated: 2026-07-10T16:53:18.000Z **Lockheed Martin Secures Major AH-64 Apache Support Contract:** Lockheed Martin Secures Post-Production Contract for U.S. Army AH-64 Apache Fleet Washington, D.C., December 18, 2008 – Lockheed Martin (NYSE: LMT) has received a $502 million contract from the U.S. Army to provide post-production support for the nation’s AH-64 Apache attack helicopter fleet. The award sustains the ongoing readiness of one of the most effective combat helicopters in the world by encompassing maintenance, engineering, logistics, technical assistance, and system improvements during the aircraft's operational life. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/AH-64-Apache-Helicopters-Lined-up-for-Mission.png) Multiple U.S. Army AH-64 Apache attack helicopters are lined up ahead of a mission, demonstrating combat readiness and rapid deployment capability. The AH-64 Apache continues to be an integral part of the U.S. Army’s aviation portfolio, providing capabilities that include close air support, armed reconnaissance, precision strike, and anti-armor warfare. Boeing produces the Apache helicopter, with Lockheed Martin providing and sustaining critical mission systems such as targeting, fire control, and electronic sensors that maximize the platform’s lethal performance. **How Post-Production Support Keeps the Apache Mission-Ready:** The post-production care that Lockheed Martin will support under the agreement is critical to sustaining Apache aircraft availability post-production by delivering engineering support, management of spares, software, technical assistance, and lifecycle sustainment in support of an armed helicopter program readiness level that can satisfy mission needs, both current and future. Ensuring a readily deployable Apache is even more critical as the military helicopters serve in global operating conditions across various locations, to upgrade components, update software, and preserve AH-64s that provide enhanced reliability, capability, and safety for a prolonged service life. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/AH-64-Apache-Helicopter-ready-to-fly.png) AH-64 Apache helicopter awaits takeoff during pre-mission preparations at a military airfield **Advanced Systems Require Continuous Maintenance:** Because the AH-64 Apache is outfitted with modern avionic systems, high-technology sensors, and precision-guided weaponry, its hardware and software need to be maintained and modernized throughout its active life cycle. The contract’s lifecycle support capabilities continue to allow Army aviators the benefits of the latest software upgrades, diagnostics, and mission readiness while keeping operational downtime minimal. A part of a military aviation program, lifecycle support agreements like these allow aircraft to be kept in ready service for decades after initial manufacture. Through engineering support, logistics, and maintenance assistance, Lockheed Martin helps keep the U.S. Army and international Apache fleet fully ready. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/AH-64-Apache-Helicopter-Flying-above-the-RADAR.png) U.S. Army Apache helicopter patrols above a radar installation, highlighting the integration of aviation and battlefield surveillance assets. **Why Aircraft Sustainment Matters for Future Operations:** As global security challenges continue to evolve, maintaining high aircraft readiness has become as important as acquiring new platforms. Investments in sustainment programs help ensure existing fleets remain capable, reliable, and prepared for future missions, allowing military forces to maximize the effectiveness of proven aircraft like the **AH-64 Apache**. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/AH-64-Apache-Helicopter-make-an-training-excercises.png) U.S. Army's AH-64 Apache conducts a tactical training mission to strengthen aviation readiness and battlefield coordination Beyond routine maintenance, the contract supports the long-term modernization of the AH-64 Apache fleet by ensuring critical mission systems remain compatible with evolving battlefield technologies. As the U.S. Army continues to integrate advanced sensors, digital communications, and network-centric warfare capabilities, ongoing engineering support and software enhancements will help keep the Apache effective in future combat environments. Author: Kevin Macmellon ### Pentagon Invests $847 Million in Next-Generation Laser Weapons for the U.S. Military URL: https://www.warfaredecoded.com/pentagon-invests-847-million-in-next-generation-laser-weapons-for-the-u-s-military/ Last updated: 2026-07-10T12:31:42.000Z The U.S. Department of Defense recently awarded nLIGHT Defense and Lockheed Martin Aculight contracts of up to $847 million to accelerate the deployment of new-generation, containerized, field-deployable high-energy laser (HEL) weapon systems. These systems are intended to support laser systems as low as 150 kW, with capabilities for scaling to 300–500 kW and above to enhance U.S. Capabilities in air and missile defense. Unlike existing missile-based air defenses that intercept threats with a projectile, a HEL system neutralizes a threat by focusing a concentrated beam of high-power energy at a specific spot on the target for a few seconds. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Laser-Weapon-Pentagon-Program-U.S-Military.png) These weapons are designed to intercept a wide range of aerial threats, including drones, cruise missiles, rockets, mortars, and artillery, providing warfighters with another defensive layer in rapidly evolving air-defense environments. One of the key benefits of HEL weapons is their extraordinarily low operating costs. Where interceptors fired by conventional air defense systems may cost several thousands, or even millions of dollars per shot, a high-energy laser can be fired at an operating cost as low as $1 per shot-depending on power production and system conditions-based on electrical power consumption. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/US-Navy-Ship-Mounted-Laser-Weapon-system.png) U.S. Navy AN/SEQ-3 Laser Weapon System (LaWS) mounted aboard a naval vessel, showcasing ship-based directed-energy defense technology. This is especially advantageous in situations where it’s necessary to defeat vast numbers of drones at low cost, and maintain high-intensity operations for extended durations. New HEL weapon systems are to be developed in a containerized form, so they can be transported by truck, ship, or aircraft, and deployed to where troops need air defense protection. A modular design also facilitates integration with the radar systems and command and control (C2) networks employed in the U.S. Military’s air and missile defense architectures. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Seq-3-laser-weapon-system-laws-us-navy-kratos-defense.png) U.S. Navy Naval Surface Warfare Center Dahlgren Division The first 150 kW lasers will help enable near-term operational deployment while paving the way for development of systems between 300-500 kW in the future. Higher-power lasers can address more robust targets and engage them at longer ranges, and spend less time damaging them before they're no longer an offensive threat. Development work is expected to allow the beams produced by these weapons to become more effective with each improvement to beam control, thermal management, and power production. Directed-energy weapons are becoming a greater part of military defense, as militaries explore a sustainable way to defeat drones, cruise missiles, and other aerial threats. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/AN_SEQ-3-LaWS-Fires-High-Energy-Laser.png) AN/SEQ-3 LaWS engages a target using a concentrated beam of energy during an operational test aboard a U.S. Navy vessel. Since the weapon is only constrained by the available electrical power (rather than the number of missiles on hand, as with traditional interceptors), high-energy laser weapons give a commanding officer more latitude to defend against sustained assaults without rapidly expending valuable missile magazines. The Pentagon's financial contribution signals a concerted drive to integrate advanced technologies in the Air and Missile Defense arsenal. Working with nLIGHT Defense and Lockheed Martin Aculight will accelerate development of the high-energy lasers for military operations, and ensure they become a central part of future defenses. Author: Kevin Macmellon ### Sirena Uncrewed Surface Vehicle (USV): The Future of Autonomous Naval Warfare URL: https://www.warfaredecoded.com/sirena-uncrewed-surface-vehicle-usv-the-future-of-autonomous-naval-warfare/ Last updated: 2026-07-09T21:31:29.000Z The Sirena Uncrewed Surface Vehicle (USV) is a fully autonomous marine vessel engineered to perform various naval and maritime security tasks. Crewless in its operation, this maritime vehicle uses its sophisticated navigation, sensor, communications, and autonomous control software systems to execute missions in coastal and open-sea waters, minimizing the risks to naval personnel. The Sirena USV, characterized by its modular design, is engineered for numerous operational profiles such as ISR, maritime patrolling, mine countermeasure support, hydrographic mapping, infrastructure monitoring, and force protection. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Sirena-Uncrewed-Surface-Vehicle--USV--in--the-mission.png) Sirena USV operates during a maritime mission, supporting intelligence, surveillance, reconnaissance (ISR), and coastal security operations. Various sensor systems can be attached to the platform in response to specific operational mission requirements, making it applicable for both government and defense maritime needs. A combination of GPS guidance systems, radar systems, electro-optical and infrared sensors, onboard guidance technologies, and GPS is used by the Sirena USV to maintain real-time situational awareness and achieve safe navigation. If required by an operational mission profile, the Sirena USV may be operated by human command or autonomous mode, depending on needs, and allows the vehicle to conduct a broad array of mission profiles for extended operational periods with limited need of an embarked crew. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Sirena-Uncrewed-Surface-Vehicle--USV--Lined-1.png) Sirena Uncrewed Surface Vehicle is showcased at a defense exhibition, highlighting advances in autonomous maritime technology Unmanned Surface Vessels (USVs) are the modern future of maritime naval warfare and have gained prominence for naval organizations, with fleets seeking to adapt and invest in systems like the Sirena USV to extend the reach of their capabilities, conduct persistent surveillance, monitor traffic, and support surveillance and reconnaissance missions without deploying any humans into harm’s way. One of the Sirena USV’s strengths includes conducting repeated or high-risk missions remotely, or in difficult operating environments, over prolonged durations. Using enhanced navigation and sensing systems, the USV is designed to monitor maritime sectors, conduct operational surveys, and return operational intelligence back to an operational command post. This can allow manned vessels to conduct other more complex operational requirements while increasing maritime awareness. By utilizing a modular design, the Sirena USV can be readily tailored to meet a number of operational requirements. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Sirena-Uncrewed-Surface-Vehicle--USV-.png) Sirena USV demonstrates its multi-mission capabilities during a sea operation The USV can be outfitted with a variety of mission-unique payloads such as communications systems, search & rescue payloads, communications equipment, surveillance sensors, and environmental sensors to meet the demanding requirements of the navies, border forces, and commercial entities involved in operations such as border protection, naval patrol, search & rescue support, or to secure critical maritime infrastructure. The deployment of autonomous systems is increasing as the maritime world increasingly moves to adopt networked operations. As these systems evolve and begin to incorporate higher levels of sensing, navigation, and communications systems, the operational benefits will allow commands to leverage real-time intelligence in challenging maritime operating environments. Author: Kevin Macmellon ### Oshkosh Defense Unveils Family of Multi-Mission Autonomous Vehicles URL: https://www.warfaredecoded.com/oshkosh-defense-unveils-family-of-multi-mission-autonomous-vehicles/ Last updated: 2026-07-09T20:08:04.000Z Oshkosh Defense unveiled its new Family of Multi-Mission Autonomous Vehicles (FMAV) this week. A new generation of robotic ground vehicles, the FMAVs are intended to enhance military operations by providing robotic capabilities with advanced autonomy and modularity for future battlefield support. Oshkosh says the new FMAV will decrease the risk of soldier injury by handling the challenging operations on the battlefield with manned Army vehicles. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Family-of-Multi-Mission-Autonomous-Vehicles--FMAV--.png) The FMAV has an open and modular architecture that allows military planners to reconfigure it to serve in many missions, such as combat service support, recon/surveillance, force protection, Casualty evacuation, and engineering operations, as well as logistics and cargo support. The versatile FMAV platform will allow several payload options depending on operational conditions and environmental settings. Utilizing integrated sensors, advanced computing power and advanced navigation tools the robot will autonomously operate in the most challenging conditions while providing real-time situational awareness. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Oshkosh-Defense-FMAV-Showcased-at-Defense-Exhibition.png) Oshkosh Defense FMAV equipped with a modular payload demonstrates the platform's flexibility for logistics, reconnaissance, and support missions. The robotic ground vehicles can be configured to operate in three different operating modes: remote, semi-autonomous, and autonomous, depending on the military mission. Oshkosh designed the FMAV with a networking-focused architecture that will enable it to be fully incorporated into future networked battlefields. When coupled with manned and unmanned formations, FMAVs will provide enhanced operational flexibility and reduce the number of personnel needed to achieve the mission. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Soldier-Operates-Oshkosh-Defense-FMAV-During-Field-Exercise.png) A soldier operates an Oshkosh Defense Family of Multi-Mission Autonomous Vehicle (FMAV) during a field exercise, demonstrating human-machine teaming and autonomous ground mobility. As automation improves, the role of combat support robots like Oshkosh's FMAVs is set to increase significantly in military operations. Perhaps its strongest asset to military operators is the FMAV's modular mission design, a feature that allows a single platform to be equipped with mission-specific payloads, ranging from surveillance sensors to comm systems, to engineering capabilities, cargo systems, and other payloads approved by the services. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Soldiers-Ride-in-Oshkosh-Defense-FMAV-During-Field-Exercise.png) Soldiers ride in an Oshkosh Defense Family of Multi-Mission Autonomous Vehicle (FMAV) during a field exercise, demonstrating its role in troop mobility and mission support. This avoids the need to procure a completely different vehicle for a given mission set and reduces the overall logistics burden associated with operating a fleet of varied vehicles. Another key trend the FMAV embraces is that of human-machine teaming in ground combat operations, wherein vehicles will operate side-by-side with their human counterparts-they are designed to take on high-risk, repetitive or physically strenuous missions to allow humans to concentrate on more strategic and complex decision-making in an operational environment. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Oshkosh-Defense-Showcases-Next-Generation-Autonomous-Vehicle.png) Visitors explore the Oshkosh Defense FMAV, a modular autonomous platform designed for logistics, reconnaissance, and mission support. Oshkosh officials envision their FMAV eventually performing roles that might put humans in harm’s way. The ongoing trend toward the militarization of robotics, A.I., and advances in ground mobility by U.S military services is illustrated well by platforms such as Oshkosh Defense’s FMAV – the new standard in the next generation of unmanned ground vehicles. Author: Kevin Macmellon ### Ohio-Class Submarines: America's Most Powerful Nuclear-Powered Submarines URL: https://www.warfaredecoded.com/ohio-class-submarines-americas-most-powerful-nuclear-powered-submarines/ Last updated: 2026-07-07T17:03:47.000Z Perhaps one of the most significant and longest-lasting submarine designs in history, the United States Navy has operated its nuclearly powered class since the early 1980s. Providing the United States with one of its most important strategic naval assets, the Ohio-class submarine offers stealth capabilities, globe-spanning reach, and continuous operations deep beneath the surface of the sea for extended deployments. The U.S. Navy’s Ohio-class submarine comes in two forms: the ballistic missile submarines (SSBN) that focus on nuclear deterrence missions and the guided missile submarines (SSGN) designed for special operations support and conventional strike missions. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Wide-view-of-an-Ohio-class-submarine-docked-at-a-U.S.-naval-base.png) A wide view of an Ohio-class submarine docked at a U.S. naval base during routine maintenance and pre-deployment preparations. Combined, these provide unparalleled operational flexibility and power across the spectrum of global conflict and support for combined joint task force operations. With a nuclear-powered reactor at its core, an Ohio-class submarine can remain at sea for months at a time, with its mission duration set solely by the available food supplies for its crew. Its extremely quiet drive system, array of sensors including passive and active sonar, along with an extremely sophisticated navigation suite means it can traverse the vast oceans while remaining undetected. The command, communications, navigation, and sensor suite aboard each vessel allows its crews the ability to view their surroundings and communicate remotely, while keeping up the command and control to conduct any mission, no matter the complexity or the number of forces involved with them. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Ohio-Class-Submarines_-America-s-Most-Powerful-Nuclear-Powered-Submarines.png) An Ohio-class submarine departs its home port to begin an extended operational deployment. They also stay up to date with upgrade programs in order to provide their crews with the best possible assets while deployed, as the fleet ages. One of the Ohio class's greatest strengths is its ability to remain hidden beneath the ocean for extended periods while maintaining continuous operational readiness. The combination of nuclear propulsion, advanced sonar systems, and low acoustic signature makes these submarines difficult to detect, allowing them to patrol vast maritime regions while supporting national defense objectives. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Ohio-Class-Submarine-Undergoes-Routine-Inspection-1.png) U.S. Navy sailors inspect the Ohio-class submarine during routine maintenance to ensure operational readiness, safety, and mission preparedness. The guided missile variant of the Ohio class significantly expands the submarine's operational flexibility. In addition to carrying conventional strike capabilities, these submarines can support special operations forces by transporting personnel and equipment for maritime missions. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Crew-Monitors-Operations-Inside-an-Ohio-Class-Submarine.png) U.S. Navy personnel operate from the command center of an Ohio-class submarine, monitoring navigation, communications, and mission systems during undersea operations. This versatility allows a single platform to contribute to a wide range of naval operations, including maritime security, intelligence support, and joint force missions. As newer submarine programs continue to emerge, the Ohio class remains one of the most influential submarine designs in modern naval history. Decades of upgrades and modernization have ensured that these vessels continue to play a vital role in U.S. maritime strategy. Their combination of endurance, stealth, advanced technology, and mission flexibility has established the Ohio class as a cornerstone of America's undersea capabilities. Currently, Ohio-class submarines configured as ballistic missile submarines (SSBN) carry a maximum of 20 Trident II D5 SLBMs under their present U.S configuration and arms control constraints. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Ohio-Class-Submarine-Firing-multiple-ballistic-missiles.png) An Ohio-class ballistic missile submarine launches multiple Trident II D5 submarine-launched ballistic missiles The Trident II D5 is a very long-range ballistic missile capable of flying thousands of kilometers, and represents a crucial element of America's nuclear deterrent posture. Earlier in their lifespan, Ohio-class SSBNs featured 24 tubes; the four forward-most tubes were retired in order to remain in treaty-compliant numbers. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Ohio-Class-Submarine-Launches-Trident-II-Ballistic-Missiles.png) Multiple Trident II D5 missiles are launched from an Ohio-class submarine during a U.S. Navy strategic weapons test. Ohio-class submarines have been converted into Guided Missile Submarines (SSGN), and rather than ballistic missiles, they can house up to 154 Tomahawk Land Attack Missile (TLAM) in vertically-launched tubes in order to provide a potent long-range, conventional capability. The SSGN may also accommodate Special Forces detachments, and it stands among the most diverse platforms available to the Navy's fleet. Author: Kevin Macmellon ### FGM-148 Javelin: The Fire-and-Forget Anti-Tank Missile Explained URL: https://www.warfaredecoded.com/fgm-148-javelin-the-fire-and-forget-anti-tank-missile-explained/ Last updated: 2026-07-07T16:03:56.000Z The FGM-148 Javelin is a shoulder-fired, man-portable anti-tank guided missile designed for attacking heavily armored vehicles, fortified sites, and other battlefield targets. In service since the mid-1990s, the system has grown to be one of the world’s best-known anti-armor systems because of its light weight, ease of use, accuracy, portability, and relatively simple operation. One of the key design features of the Javelin missile system is its fire-and-forget mode of operation. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/FGM-148_Javelin_Soldier_Firing_Missile.png) FGM-148 Javelin Launches During Live-Fire Exercise This means that once the missile has locked on a target prior to launch, it can find the target by itself without the operator’s assistance or guidance. After the missile has been fired, the operator is free to look for cover or other positions. Another of its key features is its capability of attacking from above (top-attack) and directly. The top-attack is a key design feature; it climbs after the missile is launched, then descends upon the target, attacking from the top, where the armor is the thinnest. For attacking structures, low-flying aircraft, lightly armed vehicles, etc., it may be fired in direct-attack mode. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Soldiers_Test_Firing_FGM-148_Javelin.png) Soldiers work together to fire an FGM-148 Javelin missile during a military training exercise, highlighting teamwork and operational readiness. It includes day and night/thermal capabilities thanks to its two modes of operation: direct and top attack. The Javelin missile system includes a reusable Command Launch Unit (CLU) and a disposable missile launch tube. The system includes day/night/thermal vision for target acquisition and lock-on, the first for systems of this type to be equipped with such capabilities. The weapon system consists of two main parts: the command launch unit and the missile round. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Armored-Vehicle-Launches-FGM-148-Javelin-Missile-During-Testing.png) n armored vehicle launches an FGM-148 Javelin missile during a live-fire demonstration, showcasing the system's precision-guided anti-armor capability. The Javelin is envisioned as the soldier’s portable solution to combating tanks and other heavy vehicles without the need for specialized vehicles to support the portable anti-tank weapon. Soldiers are able to carry and employ the system in many operational settings, from flat and open ground to urban battlefields. It is capable of re-use of the Command Launch Unit, which is used by troops in conjunction with the round. In addition, the Command Launch Unit can be used alone by reconnaissance and surveillance units to observe the target or surrounding area. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/FGM-148--Javelin-Missile-Soldiers-Ling-Up.png) An infantry team carries the Javelin launcher during field training, preparing for tactical operations. The system is being widely adopted by allied forces and is currently being employed regularly for military training exercises and operational development of anti-tank tactics. ### IM-SHORAD: The U.S. Army's Mobile Air Defense System Built on the Stryker URL: https://www.warfaredecoded.com/im-shorad-the-u-s-armys-mobile-air-defense-system-built-on-the-stryker/ Last updated: 2026-07-06T18:06:54.000Z Initial Maneuver Short-Range Air Defense **(IM-SHORAD)** Mobile Air Defense System. The Initial Maneuver Short-Range Air Defense (IM-SHORAD) system is a mobile air defense system created for the U.S. Army, the purpose of which is to protect ground maneuver forces against a broad spectrum of contemporary air threats. It is based on the General Dynamics Land Systems' Stryker A1 armored personnel carrier and is designed to combine ground mobility, short-range air defense capability, high firepower, and sophisticated sensors in one weapon system. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S.-Army-Soldiers-Maneuver-an-IM-SHORAD-Vehicle.png) U.S. Army's IM-SHORAD travels to an operational area, ready to protect maneuvering forces from low-altitude aerial threats IM-SHORAD aims to protect the maneuver elements of the Army from UASs, helicopters, manned aircraft, and some cruise missiles. The turret provides several different types of munitions, including Stinger missiles, AGM-114 Hellfire missiles, one 30mm Bushmaster chain gun, and one 7.62mm M240 machine gun to deal with multiple kinds of airborne threats, which could be engaged from a single battle platform in real-time. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/IM-SHORAD-Vehicle-Ready-for-battle.png) U.S. Army showcases the IM-SHORAD system as part of its next-generation battlefield air defense modernization efforts. Advanced electro-optical sensors and integration with existingradarandfire-control systems permit a crew on IM-SHORAD to detect, track and engage airborne threats while in motion. The mobility of IM-SHORAD allows it to escort mechanized or armored brigades, and provides 360-degree short-range air defense protection for troops on the move during both offensive and defensive military actions. As drones and low-flying threats become more prevalent on the modern battlefield, the Army’s IM-SHORAD system will become critical to the success of the integrated layered air defense plan and will assist in protecting ground forces in contested environments. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/IM-SHORAD-Vehicle-Moves-During-Field-Operations.png) Soldiers conduct routine inspections on an IM-SHORAD vehicle before operational deployment. The IM-SHORAD possesses a huge strength in moving together with armoured formations as compared to static defense. Mounted on top of the agile vehicle of the Stryker A1, the air defense system is capable of travelling along the mechanized infantry and also armored brigade during offensive movement, patrolling, and rapid deployment. This can further defend our front-line troopers from low-level aerial bombardment when maneuvering through terrain. Moreover, the IM-SHORAD is built upon the broader air defense strategy of the US Army. Via interacting with the C2 system and battlefield sensors, it is also able to share or get hold of targets from other air defense. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/IM-SHORAD-Conducts-Surface-to-Air-Missile-Launch.png) M-SHORAD vehicle launches a surface-to-air missile during a training exercise, demonstrating its mobile short-range air defense capability. With the help of IM-SHORAD, it enhances faster air threats and coordinating fire against them. Better situation awareness can be expected with commanders in the field when receiving more information regarding the airspace. Since unmanned aerial systems (UAS) and precision-guided missiles become more and more significant to modern warfare, mobile air defense plays an extremely essential role in military operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Military-Personal-fixing-targets-for-IM-SHORAD.png) Soldiers maneuver an IM-SHORAD system across training terrain as part of an air defense readiness exercise. IM-SHORAD enhances the ground force's capability of providing dynamic protection from low-altitude air and rotor aircraft and also drone as well as keeping abreast of the tactical maneuvering force on the ground with this system, which is a multiple-sensor, multiple effector on an armored platform. Author: Kevin Macmellon ### Anduril Industries: The Company Behind Modern Drone Warfare and AI-Powered Defense URL: https://www.warfaredecoded.com/anduril-industries-the-company-behind-modern-drone-warfare-and-ai-powered-defense/ Last updated: 2026-07-05T20:00:40.000Z Anduril Industries is an American defense technology firm founded in 2017 whose goal is to create state-of-the-art **autonomous systems**, AI, and software for today’s warfare and national security efforts. Instead of traditional arms, they combine AI, robotics, autonomous vehicles, and sensor systems that work together to provide situational awareness and enable faster, smarter decisions for military operators. The most well-known technology the company offers is Lattice, its AI-powered software that pulls data from cameras, radar systems, drones, ground sensors, and other authorized inputs to deliver an integrated, single view of operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Anduril-Industries-Soldier-Carrying-Drone-for-mission.png) A service member carries an Anduril unmanned aerial system before deployment, preparing the autonomous platform for reconnaissance and operational support. Lattice uses artificial intelligence to help operators manage events, recognize targets and coordinate actions across multiple dimensions, but humans are still responsible for operational decision-making. The company’s product portfolio also features several unmanned systems that are designed for applications like intelligence, surveillance, and reconnaissance (ISR); border security; and force protection. These include aerial drones, unmanned maritime vessels, unmanned ground towers, and anti-drone technologies that support operations in diverse environments. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Anduril-Industries-Soldier-Testing-for-Unmanned-Mission.png) Military personnel test an Anduril autonomous drone during routine pre-deployment procedures. Anduril differs from traditional defense companies, which may sell air, ground, or sea combat vehicles and systems; instead, they are building software-based defense capabilities. At the core of many Anduril products is artificial intelligence, machine learning, cloud-based systems, and autonomy to help humans process and better understand vast amounts of data and to see more of the operational environment. As autonomous technologies have developed, Anduril has become one of the fastest-growing companies in the defense space, and its technology has been deployed in support of national defense, homeland security and infrastructure protection, based on publicly available data. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Anduril-Industries-Modern-surveillance-Drone.png) Anduril surveillance UAV is positioned for takeoff, ready to provide real-time intelligence and situational awareness. With more data coming in from military organizations, these autonomous systems play a bigger role, with a wider variety of information coming in from the satellites, the drones, the radar systems, and other sensors. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Anduril-Industries-Modern-surveillance-Drone-Flight-Test.png) Anduril unmanned aerial system undergoes a flight test as part of routine performance and mission validation. These systems, in this case a system called Lattice, manufactured by Anduril, allow operators to sort through the data and put it into a single place for analysis and communication among the mission set, not to remove the people from the systems, but rather to take off the drudgery work that human personnel might not need to do. This will lead to faster analysis and also allows for a better coordinated approach to the operational environment. This kind of capability is now growing at the Air Force, Navy, and Marine Corps. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Anduril-Industries-Roadrunner-Drone.png) Anduril Roadrunner Drone Showcased at a Defense Exhibition The Army will follow, according to one observer. "You don’t know yet whether there are going to be significant new military systems there, but it looks as though at some point it is going to be important for everyone," he added. Meanwhile, Anduril is growing with other technologies for air, sea, border, and ground systems to its arsenal of capabilities. Its focus on artificial intelligence, unmanned autonomous vehicles, and interconnected sensor systems indicates a move within the Defense Department, and the broader defense sector, toward what have become termed software-based systems. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Anduril-Industries-Area-I-Altius-600-Drone.png) ALTIUS-600 takes to the skies, demonstrating advanced autonomous flight and ISR capabilities. Government investment in both of these types of technologies, according to observers, is likely to bring several additional such companies to the fore. Author: Kevin Macmellon ### From Washington to the Battlefield: How the Pentagon Directs Military Operations URL: https://www.warfaredecoded.com/from-washington-to-the-battlefield-how-the-pentagon-directs-military-operations/ Last updated: 2026-07-05T17:53:37.000Z Pentagon Headquarters for U.S. Department of Defense and Global Network Of Military Bases The Department of Defense (DoD) is headquartered at the Pentagon, located in Arlington, Virginia, just outside of Washington D.C. Although, military bases are found in every U.S. State, in addition to many allied countries throughout the world, the Pentagon provides overall strategic policy and planning, and management of DoD resources, including the many Military bases around the globe. Operations Army, Navy, Marine Corps, Space Force, Air Force, plus military command center operations in various countries throughout the world come together to produce a massive military network, consisting of the various services and commands of the U.S. Military. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Pentagon-from-the-side-view.png) The Pentagon in Arlington, Virginia, serves as the headquarters of the U.S. Department of Defense, overseeing military strategy, planning, and global operations. These major commands include the U.S. Indo-Pacific Command, U.S. European Command, U.S. Africa Command, U.S.Southern Command, U.S Central Command, and U.S. Northern Command. Operations in these commands are conducted at specific Military bases within their geographical areas, in coordination with the Pentagon. A worldwide system of military bases and facilities maintains, operates, and commands our planes, navy, supplies, intelligence collection operations, training facilities, repairs of military equipment, and cyber defense of U.S. Military information and personnel around the globe. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/US-Military-Bases-accross-the-world.png) This illustration shows the global network of U.S. military bases supporting worldwide defense operations. The U.S. Military has a sophisticated communication system that connects the military bases all around the world. Intelligence: The intelligence operations are the hub that brings everything together and include satellite, aircraft, and naval reconnaissance and surveillance along with radar capabilities and the reporting of all activities related to intelligence gathering operations. These are from officially known sources such as satellites that are not in a classified status, such as NASA, or planes with advanced equipment on board. These include, but are not limited to, aircraft with sensors and maritime patrol operations, and anything else that helps the military maintain awareness. The United States Military operates within a world of Military bases, and it has a large global organization that controls and manages those facilities to allow them to work cohesively in providing security to the nation and U.S. Interests abroad. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Pentagon-Briefs-about-War.png) A U.S. Army colonel conducts a mission briefing, coordinating operational planning and force readiness before deployment. We bring together thousands of personnel, pieces of equipment, and aircraft to manage a coordinated operation with great effectiveness across this massive worldwide organization. This is great for a topic for Warfare Decoded, as it provides insight into how a large organization, such as our military, operates around the globe, using unclassified data and without speculation on classified operations. The readiness of the U.S. Military isn't about just troops in combat-far from it. Every deployed soldier or ship represents a vast logistics chain, ensuring fuel, ammunition, spare parts, food, medical care, personnel, and hardware get from the U.S. To wherever it’s needed across thousands of miles of ocean and land. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/US-Centcom-discussing-about-new-Operations.png) CENTCOM officials conduct a strategic planning session, reviewing intelligence and coordinating military operations. Airlift assets, sealift operations, and strategically placed logistical centers allow forces to fight anywhere in the world, and maintenance units are key to keeping aircraft, ships, and vehicles running. The Pentagon is also leading a military-wide push to develop and integrate new technologies, such as artificial intelligence, cloud computing, secure communications, cyber defenses and space-based capabilities that can give military commanders an edge by allowing for quicker analysis and communication of information across any battlefield. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/US-Command-Center-from-Nevada.png) Military personnel work inside a command center, coordinating intelligence, communications, and mission planning across multiple operational domains. Exercises alongside our allies every year improve how forces from different countries work together during missions, whether responding to natural disasters, humanitarian relief or defending territory. Pentagon officials collaborate with allies such as those at the National Security Council, the Department of Homeland Security, the Department of State and across the intelligence community to bring to bear the full range of national instruments when addressing security challenges that can't be tackled by the military alone. Author: Kevin Macmellon ### Palantir Gotham: The Intelligence Software Transforming Modern Military Analysis URL: https://www.warfaredecoded.com/palantir-gotham-the-intelligence-software-transforming-modern-military-analysis/ Last updated: 2026-07-11T22:31:27.000Z Palantir Gotham, a premier intelligence analysis tool built by **Palantir Technologies**, empowers governmental and defense sectors to ingest, organize, and analyze vast quantities of intelligence data. Unlike the common conception of surveillance, Gotham serves as a safe workspace where designated users can meld data from diverse origins into a singular, comprehensible view of operational surroundings. It assists intelligence analysts in bolstering situational awareness, hastening discovery, and identifying patterns previously unobservable. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Palantir-Gotham-Intellignce-Software.png) Palantir Gotham integrates intelligence from multiple authorized data sources, helping analysts visualize complex operational information in real time. A cornerstone of Gotham is its data fusion capability. The platform synthesizes data from various sanctioned sources, such as geographic information, intelligence assessments, imagery from satellites, logistics data, and publicly available information, into a singular operational context. Users can interactively chart connections through maps, network diagrams, chronologies, and a suite of visualization technologies to uncover relationships among persons, locations, events, and tangible assets, thereby informing well-grounded analysis. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Palantir-Gotham-Military-intellignce-Refining-Misslies-1.png) Analysts use Palantir Gotham to visualize and correlate authorized intelligence related to missile threats, sensor data, and battlefield events. The platform is engineered to foster enhanced cooperation amongst authorized groups. With role-based security controls, meticulous audit trails, and secure data sharing mechanisms, users can collaboratively tackle tasks while safeguarding classified data. According to public information, Gotham has facilitated intelligence analysis, mission formulation, crisis intervention, and a broad range of national security missions by aiding analysts in managing complex datasets with great efficacy. In an age where defense organizations produce enormous quantities of digital information, platforms such as Palantir Gotham have emerged as critical resources for data interpretation and organization. By merging cutting-edge analytics, sophisticated geospatial visualizations, and AI-driven functionalities, Gotham empowers analysts to transform data into practical, actionable intelligence, ultimately enabling quicker, more informed strategic decisions in challenging operational landscapes. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Palantir-Gotham-Military-intellignce-using-Satelites.png) Palantir Gotham combines geospatial information, intelligence reports, and other authorized datasets into a single analytical environment. One of Palantir Gotham's most powerful capabilities is its ability to **integrate data from multiple authorized sources into a unified analytical environment**. Publicly available information indicates that the platform can combine geospatial information, satellite imagery, intelligence reports, logistics records, sensor data, open-source intelligence (OSINT), and other approved datasets. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Palantir-Gotham-Military-intellignce-hacking-enemy-firewall.png) Intelligence professionals use Palantir Gotham to organize, visualize, and analyze large volumes of information from authorized data sources. Instead of forcing analysts to search through separate databases, Gotham correlates related information, helping users identify patterns, timelines, and connections that may not be immediately apparent when data is viewed in isolation. After information is ingested, Gotham organizes it using advanced analytics, link analysis, **geospatial mapping**, and **visualization tools**. Analysts can explore relationships between locations, events, assets, and other entities, while filtering and prioritizing relevant information for a particular mission or investigation. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Palantir-Gotham-Analyzing-Data-using-Multiple-Datapoints.png) Palantir Gotham Visualizes Complex Intelligence Networks Rather than making decisions on its own, the platform is designed to assist human analysts by presenting complex information in a structured and searchable format, enabling faster assessments and more informed operational planning based on authorized data. Author: Kevin Macmellon ### Inside THAAD: The U.S. Missile Defense Shield Protecting Against Ballistic Missiles URL: https://www.warfaredecoded.com/inside-thaad-the-u-s-missile-defense-shield-protecting-against-ballistic-missiles/ Last updated: 2026-07-04T20:25:34.000Z The Terminal High Altitude Area Defense (THAAD) system is the United States' premier ballistic missile defense platform. Its objective is to intercept short-, medium-, and intermediate-range ballistic missiles in the final stage of their trajectory, i.e., at the high altitudes that their trajectory reaches, in an area beyond what conventional air defense systems like the Patriot can reach. The U.S.Missile Defense Agency commissioned Lockheed Martin to develop the system. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Military-Personnel-Prepare-THAAD-Battery-for-Operational-Readiness.png) A THAAD launcher stands ready during a missile defense exercise, designed to intercept short-, medium-, and intermediate-range ballistic missiles at high altitudes. As it adds another layer to regional defense capabilities, the THAAD enhances the capacity to cope with and defend against future ballistic missile threats. Unlike some other air defense systems that are designed to detect and engage aircraft and cruise missiles, the THAAD is purpose-built for ballistic missile threats. Its interceptors use a "hit-to-kill" technology, whereby an incoming ballistic missile is destroyed by impact itself, without an explosive warhead, thereby reducing the chance that unexploded material might reach defended areas. In addition, this also enables high-accuracy interception. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/THAAD-Battery-Undergoes-Pre-Deployment-Inspection.png) Maintenance personnel conduct a routine inspection of a THAAD battery to verify launchers, interceptors, radar systems, and support equipment before deployment. A standard THAAD battery includes the mobile launchers, THAAD interceptor missiles, the AN/TPY-2 X-band radar, a Fire Control and Communications (TFCC) center, and other support vehicles. The highly potent AN/TPY-2 radar has the capability of detecting and tracking the threat, a distance at which commanders will assess it and respond accordingly, using information collected by other missile defense systems such as the Aegis Ballistic Missile Defense and the Patriot system. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/U.S-Army-Personnel-Stand-Beside-THAAD-Missile-Defense-Battery.png) Military personnel stand beside a THAAD air defense battery during routine operational checks to ensure the system is ready for ballistic missile defense missions. The THAAD has been deployed globally to complement regional missile defense efforts since becoming operational. Its mobility, mobility, mobility, the speed at which it can be brought to a desired location, and its coordination capabilities are considered essential for layered defense architecture. Given advancements in missile technology, the THAAD system is among the world’s most effective means of countering the missile threat to US military forces and their allies. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/THAAD-Air-Defense-System-Stands-Ready-for-Ballistic-Missile-Defense.png) Visitors observe a THAAD air defense battery during a public military exhibition showcasing advanced ballistic missile defense technology. One of the most important features of THAAD is its capability to be deployed as part of an integrated missile defense system. THAAD shares tracking information with other missile defense systems such as the Aegis Ballistic Missile Defense system, Patriot Air and Missile Defense system, and early warning satellite systems. Sharing data allows missile defense commanders to manage multiple layers of missile defense to protect from ballistic missile attacks, creating a greater defense against attacks. Author: Kevin Macmellon ### KH-11 KENNEN: America's Secret Spy Satellite That Watches the World From Space URL: https://www.warfaredecoded.com/kh-11-kennen-americas-secret-spy-satellite-that-watches-the-world-from-space-2/ Last updated: 2026-07-04T19:12:45.000Z The KH-11 KENNEN (CRYSTAL) - A Peek at America's Eye in Space. On the cutting edge of aerial intelligence-in every sense of the phrase-sits theKH-11 KENNEN, believed by most to be the pinnacle of the American optical reconnaissance program. Otherwise known as the CRYSTAL or the Evolved Enhanced CRYSTAL System (EECS), the satellites operated by the National Reconnaissance Office (NRO) form the backbone of the U.S.'s high-resolution imaging intelligence-an endeavor that supports America's global military strategy and national security objectives. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/KH-11-KENNEN_-Spy-Satellite-1.png) KH-11 KENNEN collects high-resolution imagery of strategic locations to support military and intelligence operations. Though much of what happens behind the NRO's black curtain is classified, open-source information paints a fascinating picture of theKH-11's enduring role since the 1970s.Film Roll to Full HD: The KH-11 marks a significant departure from earlier reconnaissance satellites. Instead of relying on film canisters parachuted back to Earth for processing, reports indicate that KH-11 satellites employ digital imaging systems, allowing the transmission of photographs to ground stations nearly instantaneously. This capability vastly accelerates the rate at which intelligence analysts can monitor troop movements, identify potential threats, and assist commanders dealing with dynamic situations on the ground. The KH-11 is also equipped with an apparently enormous optical telescope, enabling it to take close-up photos of military facilities and sites from Earth orbit. Earth from Above: Every time theKH-11 orbits our planet-which it does several times daily-it is thought to capture detailed images of military facilities, naval bases, missile silo fields, airfields, and anything else that might pique the interest of the intelligence community. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/KH-11-KENNEN_-Spy-Satellite-Data-Receiver-Groundstation-1.png) A ground station receives reconnaissance data from an orbiting satellite for intelligence analysis and mission support. This data collection plays a crucial role in gathering intelligence, maintaining awareness of the battlefield, verifying arms control treaties, and facilitating disaster relief and humanitarian efforts. In conjunction with radar imaging and signals intelligence satellites, KH-11 imagery contributes to a holistic understanding of global events. Ongoing Evolution: Over the past few decades, several generations ofKH-11 satellites have been launched, each with improved performance and capabilities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/KH-11-KENNEN_-Spy-Satellite-Ground-Receivers-1.png) A network of ground station antennas receives high-volume reconnaissance data from an orbiting intelligence satellite for analysis and processing. Experts believe these advancements have focused on enhancing image quality, on-board data processing, communications capabilities, and mission longevity. Although precise details are shrouded in secrecy, analysts agree that theKH-11 system continues to be modernized and remains arguably the most important element of the U.S.'s space-based reconnaissance program. Author: Kevin Macmellon ### BGM-109 Tomahawk Land Attack Missile: The Long-Range Cruise Missile That Redefined Precision Strike Warfare URL: https://www.warfaredecoded.com/bgm-109-tomahawk-land-attack-missile-the-long-range-cruise-missile-that-redefined-precision-strike-warfare/ Last updated: 2026-06-30T18:27:20.000Z The BGM-109 Tomahawk Land Attack Missile (TLAM) is one of the world's most successful long-range cruise missiles. The TLAM is a guided missile designed by General Dynamics for the United States Navy and a stand-off strike missile. When launched from cruisers, destroyers, submarines, and some other surface ships, it can be used for long-range precision strikes against important stationary land targets, which allows for military engagement of targets while not placing any aircraft or pilots in immediate risk from hostile airspace defenses. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/BGM-109_Tomahawak_Missile_Ready_for_Deployment.png) BGM-109 Tomahawk Land Attack Missile awaits inspection and modernization during a maintenance and upgrade program. The turbofan engine-driven missile has a range of hundreds of miles with a warhead of about 1,000 pounds (450 kg). The Tomahawk uses GPS, Inertial Navigation System, Terrain Contour Matching (TERCOM) technology, which allows the cruise missile to fly to a target by following the shape of the terrain. A Tomahawk flying using TERCOM follows the ground at a very low altitude to avoid radar. TLAM cruise missiles may be launched from cruisers, destroyers, submarines, and attack submarines; and may be commanded after launch. Various upgrades to guidance, navigation, and target location for a TLAM are available. Some TLAMs can have mid-course updates. The BGM-109 Tomahawk has seen action in several modern wars and operations. One of Tomahawk’s biggest strengths is its capability to perform stand-off strikes, enabling naval forces to attack targets far beyond the range of most enemy air defense systems. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/BGM-109_Tomahawak_Missile_Launched_from_Navy_Fleet.png) The Tomahawk remains a cornerstone of U.S. Navy long-range strike operations, providing precision engagement from ships and submarines. Launched from a ship’s Vertical Launch System (VLS) or a submarine’s torpedo tube, the missile can traverse a long range using a low-altitude, terrain-hugging trajectory. This capability minimizes risk to friendly aircraft and crews while simultaneously allowing precision attacks against strategic military assets without undue risk to own forces. The BGM-109 Tomahawk is also a subject of constant improvement and upgrades in navigation, communication, and flight management capabilities. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/BGM-109_Tomahawak_Missile_Flying_to_the_Target.png) A Tomahawk cruise missile heads toward its designated target, demonstrating the Royal Navy's long-range precision strike capability. Its later models can be updated mid-course to alter targets, mission profile, or trajectory in case battle conditions evolve mid-course. In the context of the future battlefield that requires precision weapons and network operations to succeed, Tomahawk will remain indispensable to the US Navy’s long-range precision strike ability. Author: Kevin Macmellon ### Lockheed SR-71 Blackbird: The Supersonic Spy Plane That Redefined Aerial Reconnaissance URL: https://www.warfaredecoded.com/lockheed-sr-71-blackbird-the-supersonic-spy-plane-that-redefined-aerial-reconnaissance/ Last updated: 2026-06-30T17:13:29.000Z The Lockheed SR-71 Blackbird, a legendary aircraft born during the intense rivalries of the Cold War, still reigns supreme as one of the fastest and most sophisticated reconnaissance planes ever to take to the skies. Developed in the shadowy labs of Lockheed Skunk Works, its primary mission was to pierce deep into enemy territory to snatch strategic secrets from the jaws of Soviet defenses-not with weapons, but with sheer, unimaginable speed and altitude. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/Lockheed-SR-71-Blackbird-above-40000-ft.png) The SR-71 Blackbird cruises above 80,000 feet at speeds exceeding Mach 3, collecting intelligence while remaining beyond the reach of most air defense systems. At its heart, a pair of Pratt & Whitney J58 turbo-ramjet engines propelled the Blackbird past Mach 3 (over 3,500 km/h) while it soared above a breathtaking 80,000 feet. The marvel that was its titanium skeleton was intricately designed to withstand the brutal thermal assault of sustained supersonic flight. Armed with advanced high-resolution optical cameras, side-looking airborne radar (SLAR), and an array of electronic intelligence (ELINT) sensors, the Blackbird painted a panoramic picture of Earth's most guarded territories on a single flight. When danger loomed, whether from interceptors or surface-to-air missiles, the SR-71’s not-so-secret weapon was simply to disappear. Instead of dogfighting, it often simply punched the throttle and climbed, vanishing into the upper reaches of the atmosphere, well beyond the reach of its pursuers. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/Lockheed-SR-71-Blackbird-Showcase.png) The Lockheed SR-71 Blackbird, the world's fastest operational reconnaissance aircraft, remains an enduring symbol of Cold War aerospace innovation. This unique combination of speed, altitude, and cutting-edge surveillance gear made it one of the most survivable and effective intelligence platforms the world had ever seen. Even after its retirement in 1998, the SR-71 Blackbird continues to capture imaginations as an engineering tour de force and a potent symbol of American technological prowess. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/Lockheed-SR-71-Blackbird-Flying-in-sun-set.png) Lockheed SR-71 Blackbird flies into the sunset, showcasing the extraordinary speed and altitude that made it a legendary reconnaissance aircraft. Its revolutionary designs and operational capabilities continue to inspire the development of next-generation high-speed aviation, cementing its status as an enduring benchmark in strategic reconnaissance and military aircraft innovation. Author: Kevin Macmellon ### Boeing AH-64 Apache: The Attack Helicopter Built to Dominate the Modern Battlefield URL: https://www.warfaredecoded.com/boeing-ah-64-apache-the-attack-helicopter-built-to-dominate-the-modern-battlefield/ Last updated: 2026-06-30T16:40:52.000Z The Boeing AH-64 Apache is widely considered to be among the most formidable and technically advanced attack helicopters in the world. It is designed to provide incredible offensive power, situational awareness, and survivability to its crew and troops on the ground. The Apache helicopter has been a staple of the United States Army since it first went into service in the early 1980s. Over the years, it has been a crucial element of U.S. and coalition military efforts. From supporting close ground troops and reconnaissance and convoy protection to serving as the ultimate anti-armor vehicle, the Apache has excelled in the most challenging combat zones. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/Boeing-AH-64-Apache-Parked.png) AH-64 Apache awaits takeoff, fully armed and mission-ready for close air support and armed reconnaissance. The heart of the Apache is its power. A twin-engine design, typically using the General Electric T700 turboshaft engines, the AH-64 offers both impressive speed and agility, and the ability to stay aloft and in the fight for extended periods. In addition to its engines, the Apache is equipped with some of the most advanced sensor suites available on any aircraft. The AN/APG-78 Longbow Fire Control Radar is capable of tracking, identifying, and prioritizing a large number of enemy targets simultaneously from miles away. Paired with the Target Acquisition and Designation Sight (TADS) for the attack pilot, and the Pilot Night Vision Sensor (PNVS), it allows Apache crews to identify and engage targets even at night or in adverse weather. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/Boeing-AH-64-Apache-Flying-for-Mission.png) When it comes to weaponry, the Apache is truly a flying arsenal. Its main armament is a 30 mm M230 chain gun mounted in a rotating turret below the nose. This chain gun is devastatingly effective against light armored vehicles, structures, and enemy infantry. Additionally, it can carry a variety of precision-guided missiles, such as the AGM-114 Hellfire and a multitude of 70 mm Hydra rockets, giving it the ability to destroy main battle tanks, attack helicopters, hardened positions, and other armored vehicles with pinpoint accuracy. Many modern Apache variants, such as the AH-64E, also boast improved connectivity capabilities, enabling them to share data with unmanned aerial vehicles (UAS) and other network-centric military platforms to maintain a comprehensive picture of the battlefield. Prior to each sortie, mechanics and aircrews work to meticulously inspect the helicopter for airworthiness. These pre-flight checks cover all critical systems: the engines, rotors and drivetrain, all avionics and communications equipment, weapons systems, flight control surfaces, and the integrity of the airframe and armament. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/Boeing-AH-64-Apache-Conducting-Operation-1.png) When all systems are green, the pilot and co-pilot/gunner climb into the tandem cockpits, buckle their five-point harnesses, and prepare for mission. Combined with its incredible survivability, guided munitions, and decades of real-world combat experience, the Boeing AH-64 Apache remains at the forefront of aviation attack capability. Author: Kevin Macmellon ### MQ-9 Reaper: The Armed Drone Redefining Modern Intelligence and Precision Strike Missions URL: https://www.warfaredecoded.com/mq-9-reaper-the-armed-drone-redefining-modern-intelligence-and-precision-strike-missions/ Last updated: 2026-06-29T15:16:46.000Z MQ-9 Reaper is a remotely piloted aircraft that serves as one of the globe’s most powerful assets, offering unmatched capability to support long-endurance surveillance, real-time collection of intelligence, and lethal precision strike. Starting as the RQ-1 Predator reconnaissance drone, its modification to the MQ-9 Reaper and integration with guided weapons greatly expanded its capabilities beyond basic intelligence gathering, making it a formidable combat drone. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/MQ9-Reaper-Drone-Preflight.png) An MQ-9 Reaper undergoes final pre-flight checks before a mission, ensuring its systems and sensors are fully operational for intelligence and combat operations. A trained crew of remotely operated aircraft pilots and sensor operators guide each MQ-9 Reaper from a ground-control station to avoid the risk of aircrews being placed in harm’s way during missions. The sensor suite - comprised of sophisticated electro-optical and infrared cameras, synthetic aperture radar, and secure communications systems - allows military services to identify, locate, and monitor targets at extended range while sending live data to mission planners. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/MQ-9-Reaper-in-Flight-.png) An MQ-9 Reaper flies during an operational mission, providing persistent surveillance and precision strike support. For more lethal tasks, the MQ-9 Reaper can strike from long-endurance using weapons including laser-guided missiles (such as the AGM-114 Hellfire missile) and laser-guided bombs. The drone can remain airborne for over 24 hours, allowing constant surveillance of expansive terrain and thus facilitating ISR and combat operations. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/MQ-9-Reaper-Firing-Hell-Fire-Missile.png) MQ-9 Reaper fires an AGM-114 Hellfire missile during a precision strike mission. AGM-114 Hellfire Missile -MQ-9 Reaper is seen unleashing its lethal payload as it pursues a target on a precision strike mission against an armed enemy compound. The targeting systems for the AGM-114 Hellfire can incorporate electro-optical sensors, lasers for guidance, intelligence for better accuracy, and the ability to track even the most high-value targets without risking collateral damage. Rigorous pre-mission ground inspections are performed by maintenance personnel on MQ-9 Reapers on engine, controls, communication equipment, cameras, and other mission systems before the execution of each mission. Author: Kevin Macmellon ### What Makes the B-2 Spirit One of the World's Most Capable Stealth Bombers? URL: https://www.warfaredecoded.com/what-makes-the-b-2-spirit-one-of-the-worlds-most-capable-stealth-bombers/ Last updated: 2026-06-29T13:44:46.000Z One of the most strategic United States Air Force aircraft, the B-2 Spirit stealth bomber, is utilized to strike heavily defended targets globally via its long-range strike mission. When more than one bomber flies in formation, it's not just to have a fun day out. It’s because these operations show the global reach America possesses, as it’s not just about sending one jet with a payload of B-52 bombers on standby at forward locations. With its modest inventory of bombers, however, American stealth planes do have conventional and nuclear capabilities, making the B-2 a very important piece in America’s offensive strategy. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/B-2-Sprit-Stealth-Bombers-on-the-Skies.png) Multiple B-2 Spirit stealth bombers fly in formation, demonstrating the U.S. Air Force's long-range strategic deterrence and global strike capability. Featuring advanced stealth technology that allows the aircraft to penetrate advanced Integrated Air Defense systems, B-2s minimize exposure of a radar signature. With internal weapons bays and radar-absorbing coatings that provide for its stealth abilities, the bombers can sneak into target zones with greater probability of success than any other bombers. In combination with mid-flight aerial refueling capabilities, B-2 bombers are capable of intercontinental-style operations without having to depend on bases closer to conflict zones. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/B-2-Sprit-Stealth-Bomber-1.png) A B-2 Spirit stealth bomber receives fuel mid-flight, extending its operational range for long-range strategic missions. The bomber force that is composed of several American stealth planes demonstrates American airpower during its long-range operations. While on formation duty, B-2 pilots train and hone in on complex long-range bomber missions, practice and work up with tanker aircraft as well as allied air forces. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/B-2-Sprit-Stealth-Bomber-Flight-Inspection-1.png) Pilots and ground crew inspect a B-2 Spirit stealth bomber before a mission to ensure it is fully mission-ready. This validates and demonstrates the Air Force’s capability for global deployment on very short notice. Because global circumstances can change very quickly, the B-2 bomber continues to be a dominant and formidable weapon system for the United States. Author: Kevin Macmellon ### F-35 Lightning II: The Stealth Fighter Built to Penetrate Advanced Air Defenses URL: https://www.warfaredecoded.com/f-35-lightning-ii-the-stealth-fighter-built-to-penetrate-advanced-air-defenses/ Last updated: 2026-06-28T18:41:26.000Z The F-35 Lightning II revolutionised modern air combat, integrating the stealth required to get deep behind enemy lines, to use advanced onboard systems for situational awareness and to distribute data across a battlefield via networks. The fighter developed by Lockheed Martin, regarded as the most advanced aircraft in the world, is capable of performing a range of missions in extremely difficult environments. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/F35-Lightning-.png) Unlike previous aircraft which concentrated on speed or manouevrability to stay in the fight, the F-35 seeks to remain invisible while feeding information to the crew via an unparallelled fusion of the F-35's AESA radar, EOTS electro-optical sensor suite, DAS DAS and EW systems. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/F35-Aircraft-Carrier.png) This information can be shared with nearby air and surface platforms, improving tactical situational awareness. It's an aircraft which comes with internally housed weapon stores which can carry weapons for air-to-air and air-to-ground combat, but which are completely enclosed to minimize the profile and further increase the F-35's ability to stay stealthy. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/06/F-35B-Lightning-.png) Even as Air Defence systems continue to become more complex, new versions of the F-35 will continue to evolve through software updates, a greater EWS presence and improved missile capability, moving it into the realm of the fifth generation's capabilities which blend the concept of low observable technology with powerful computing, networking and an unparalleled sensor suite to deliver enhanced situational awareness and survivability, making it the lynchpin of future Air Forces. Author: Kevin Macmellon ### Israel's Iron Dome: The Missile Shield That Hunts Rockets in the Sky URL: https://www.warfaredecoded.com/israels-iron-dome-the-missile-shield-that-hunts-rockets-in-the-sky/ Last updated: 2026-07-10T15:40:37.000Z Israel's Iron Dome is considered one of the most deployed and battle-tested defense systems globally and is designed to take down short-range projectiles fired at the Jewish state before they reach population centres. The system, developed by Rafael Advanced Defense Systems in cooperation with IAI-Israel Aerospace Industries, comprises the first layer of Israel’s air defense net (multilayer missile defense). Iron Dome was introduced to operations in 2011 and has been used to neutralize thousands of rockets fired at Israeli cities, bases, and facilities during times of conflict. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/IDF-Army-executes-Iron-Dome-Defense-System.png) IDF soldiers operate an Iron Dome battery, coordinating radar tracking and missile defense operations during a military exercise. The Israeli air defense system functions when its own radar, deployed in multiple areas around the Jewish state, identifies a launch, tracks it, and determines within milliseconds the trajectory of the rocket. If a projected impact site will be in an empty zone, it usually does not fire back, but if it looks to be heading toward civilians, a ‘Tamir’ interceptor will be fired to neutralize it in mid-air. The capability has allowed it to respond effectively against a large barrage of dozens of projectiles launched at one time. Although, like all defensive systems, it is not 100% successful, its ability to handle many rockets at once has helped to reduce its impact on Israeli towns and infrastructure. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Iron-Dome-Launcher-1.png) Iron Dome battery launches a Tamir interceptor missile during an air defense engagement to intercept an incoming aerial threat. Israel’s air defence system consists of a few layers: an Israeli air defence layer made out of Iron Dome to neutralize short-range rockets, David’s Sling to defend against medium-range rockets and cruise missiles, and the Arrow defence systems, for medium and long-range missile strikes. Israel's defence ministry announced that Iron Dome air defence interceptors had a record accuracy rate in 2012 (80% interception success rate), with a greater than 90% success rate in 2011 against incoming Palestinian rockets and mortar rounds. However, not every incoming projectile may be intercepted, as not every intercept attempt is successful. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/Defense-Secretary-Dr.-Mark-T.-Esper-tours-the-Iron-Dome-1.png) Defense Secretary Dr. Mark T. Esper tours the Iron Dome To work with Israel's broader tiered air defense system, the Iron Dome system can work as part of a combination of systems capable of tackling long, medium, and short-range threats and missile attacks in general. The Israeli air defense system is built as the lowest tier that can supplement medium-range defenses and long-range missile defense systems and therefore increase our layered protection. As the system's operational deployment is movable, it is mobile, and battery elements can be moved as needed according to circumstances. The system can be deployed and set up near a target for protection; in cities, bases, military facilities, or high-value strategic sites, because Iron Dome is placed on portable launch batteries that include radar, as well as command centers and mobile radar sites. ![](https://storage.ghost.io/c/1e/44/1e448b0d-1e44-4bbb-bad8-c4da165a2995/content/images/2026/07/IDF-Iron-Dome-Air-Defense-System-Showcased-at-Sunset.png) IDF Iron Dome launcher is displayed at sunset, showcasing one of the world's most widely recognized short-range air defense systems The system is one of the world's well-known and proven missile defense systems, the success of which had significant implications in the design and development of similar air defense systems worldwide. The technology that integrates advanced detection and targeting radar with intercepting missiles launched against specific targets is a prime example of a modern air defense system that integrates various elements, including command-and-control networks, guided missiles, sensors, etc., to counter short-range air threats. Author: Kevin Macmellon