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DAYTON, Ohio, June 24, 2026 — The U.S. Air Force has awarded a $12 million contract to Zone 5 Technologies to develop manufacturing capabilities for large-scale production of the AGM-188A "Rusty Dagger" missile, a low-cost, air-launched precision strike weapon developed under the Extended Range Attack Munition (ERAM) program. The contract was issued on June 18, 2026, by the Air Force Research Laboratory (AFRL) at Wright-Patterson Air Force Base, Ohio. It represents a Phase III Small Business Innovation Research (SBIR) effort focused on transitioning the missile from prototype development to quantity production. Of the total contract value, $7.5 million was obligated immediately using fiscal year 2026 research, development, test, and evaluation funds. Work under the contract will be carried out in Miamisburg, Ohio, with completion expected by September 2027. The manufacturing effort is intended to address supply chain, production engineering, and industrial scaling challenges required to support high-volume missile output. The AGM-188A Rusty Dagger was developed as part of the Air Force's ERAM initiative, launched in 2024 to provide affordable, mass-producible long-range strike weapons. The Air Force has emphasized the need for low-cost precision munitions that can be produced in large quantities while maintaining precision strike capability. Designed for Existing Aircraft Fleets The Rusty Dagger combines characteristics of a cruise missile and a guided bomb. The weapon falls within the 500-pound (225 kg) class and carries a 45-kilogram (100-pound) warhead. Powered by a PBS Aerospace TJ80 turbojet engine, the missile can reach high-subsonic speeds exceeding Mach 0.6 and is reported to have a standoff range of approximately 460 to 930 kilometers (280 to 580 miles). The missile uses GPS and inertial navigation systems and can incorporate autonomous visual navigation capabilities for operations in GPS-denied or electronically contested environments. One of the key features of the Rusty Dagger is its compatibility with the size, weight, and mounting interface of the widely used Mk 82 unguided bomb. This allows aircraft already capable of carrying Mk 82 bombs to employ the missile without requiring significant modifications to weapon stations or airframes. The design enables integration across a broad range of NATO and partner aircraft, including Ukraine's F-16 fleet and other fixed-wing combat platforms. Rapid Development Under ERAM Program Zone 5 Technologies, headquartered in San Luis Obispo, California, was selected under the ERAM program through the Small Business Innovation Research framework. The company moved the program through development at an accelerated pace, achieving milestones including integration testing on F-16 aircraft and successful live-warhead testing at Eglin Air Force Base, Florida. A first production batch of approximately 840 missiles is planned for delivery in October 2026. In August 2025, the U.S. Defense Security Cooperation Agency approved a Foreign Military Sale package allowing Ukraine to acquire up to 3,350 ERAM munitions and related equipment. The package was valued at an estimated $825 million and is supported by funding contributions from the United States, Denmark, the Netherlands, and Norway. Reports of Possible Combat Use The manufacturing contract follows reports of a strike conducted on June 22, 2026, against the JSC "VZPP-Sborka" semiconductor facility in Voronezh, Russia, located roughly 500 kilometers from the Ukrainian border. The facility produces military-grade microelectronics used in several Russian defense systems, including Kh-101 cruise missiles, Iskander-K missile systems, and Pantsir-S1 air defense platforms. Russian regional authorities acknowledged damage to production facilities, but the exact weapons used in the attack remain unconfirmed. Local monitoring sources initially reported that Storm Shadow missiles may have been involved. However, Russian military-affiliated Telegram channels, including Voevoda Broadcasts, cited by open-source intelligence account Status-6, claimed that AGM-188 Rusty Dagger missiles were employed in the strike. Previous Russian reports have also claimed the recovery of components allegedly associated with the missile, including an eight-element Controlled Reception Pattern Antenna (CRPA) used for navigation and anti-jamming functions. Neither the U.S. government nor Ukrainian authorities have officially confirmed the operational deployment of the AGM-188A. If confirmed, the Voronezh attack would represent the first reported combat use of the weapon. Production Scaling Becomes Priority The current contract focuses on establishing manufacturing processes capable of supporting large-scale production while maintaining affordability. The effort reflects broader Air Force objectives to increase precision-guided munition inventories through innovative procurement programs and participation by smaller defense firms. Zone 5 Technologies was acquired by Kongsberg Defence & Aerospace of Norway in June 2026 and continues to operate as a subsidiary. The acquisition may provide additional industrial resources to support future production expansion. With manufacturing technology development now underway in Ohio, the Rusty Dagger program is moving from testing and evaluation toward sustained production, supporting future long-range precision strike requirements.
Read More → Posted on 2026-06-24 14:31:57
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HUNTSVILLE, Alabama, June 24, 2026 — Lockheed Martin has unveiled its Next Generation Glide Body (NXGB), a new hypersonic glide body designed to provide an affordable, rapidly producible, and long-range strike capability for future military operations. The company said the NXGB is intended to address evolving national security requirements by combining advanced performance, survivability, and production scalability. The system is being developed as part of Lockheed Martin’s broader effort to expand hypersonic strike capabilities while ensuring they can be manufactured efficiently and in larger numbers. Hypersonic weapons, which travel at speeds exceeding Mach 5, have become a key priority for the U.S. military due to their ability to maneuver at high speeds, making them more difficult to detect and intercept than conventional ballistic missile systems. Manufacturing-Focused Design According to Lockheed Martin, the NXGB employs a manufacturing-first approach aimed at reducing production costs while delivering greater range and velocity than existing hypersonic designs. The company stated that the system was designed from the outset with large-scale production in mind, allowing it to meet future operational requirements without the manufacturing challenges often associated with advanced weapon systems. To support this goal, Lockheed Martin has invested in purpose-built manufacturing facilities, advanced production technologies, and expanded supply chain partnerships. These investments are intended to improve production efficiency and enable the company to rapidly deliver the capability once the program moves into later development stages. Multi-Domain Launch Capability The NXGB has been engineered to operate across multiple warfighting domains and can be launched from a variety of platforms. This cross-domain compatibility is expected to provide military commanders with greater operational flexibility in contested environments while reducing risk to deployed forces. Built on Decades of Missile Development Experience Lockheed Martin said the NXGB draws on more than 60 years of missile development experience. The system incorporates proven technologies, established engineering practices, and lessons learned from previously fielded missile and strategic defense programs. The design also utilizes a Modular Open Systems Approach (MOSA), allowing future upgrades and integration of new technologies without requiring extensive redesign. Company Highlights Affordability and Scalability Johnathon Caldwell, Vice President and General Manager of Strategic and Missile Defense Systems at Lockheed Martin, said the NXGB reflects the company's focus on delivering effective deterrence capabilities that can be produced efficiently and at scale. “NXGB demonstrates our commitment to delivering next-generation deterrence that is not only effective, but affordable and producible at scale,” Caldwell said. “We designed this capability from the outset to provide greater value to our customers while delivering an operational advantage to the warfighter.” Caldwell added that the system represents a shift toward designing advanced weapons specifically for large-scale manufacturing while maintaining high performance standards. “The future of deterrence belongs to solutions that combine innovative Modular Open Systems Approach and modern design methods with proven performance,” he said. “NXGB reflects a paradigm shift focusing on design for manufacturing at scale while implementing decades of lessons learned designing, producing and delivering mission-critical systems for the warfighter.” Preliminary Design Review Completed Lockheed Martin announced that the NXGB program has successfully completed its Preliminary Design Review (PDR), a key development milestone that validates the system’s design against established technical requirements. The company stated that the review confirmed the design meets performance objectives while satisfying affordability and producibility criteria. Flight Demonstration Planned for 2027 The next major milestone for the program will be a flight demonstration scheduled for 2027. The test is expected to validate the glide body’s performance and operational capability. The announcement comes as the U.S. military continues to invest heavily in hypersonic technologies to strengthen long-range precision strike capabilities across multiple services. The NXGB is intended to provide a balance of performance, affordability, and production scalability to support future operational requirements.
Read More → Posted on 2026-06-24 14:22:47
U.S. Army Awards Lockheed Martin $8.4 Billion to Mass Produce Precision Strike Missiles Through 2032
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WASHINGTON, June 24, 2026 — The U.S. Army has awarded Lockheed Martin an $8.4 billion contract modification to significantly expand production of the Precision Strike Missile (PrSM), the service’s next-generation long-range precision strike weapon. The agreement, signed on June 23, 2026, increases the total value of the PrSM contract to approximately $13.3 billion and extends production planning through the end of fiscal year 2032. The contract is being administered by the U.S. Army Contracting Command at Redstone Arsenal, Alabama, with the majority of the work to be carried out at Lockheed Martin’s missile production facility in Grand Prairie, Texas. The contract modification supports increased manufacturing capacity, procurement of early operational capability missiles, follow-on production lots, continued development activities, and long-term obsolescence management to ensure the missile system remains operationally relevant over the coming decade. Expanding Long-Range Precision Fires Capability The Precision Strike Missile (PrSM) is being developed as the replacement for the MGM-140 Army Tactical Missile System (ATACMS), which has served as the Army’s primary long-range ground-launched missile since the early 1990s. While ATACMS demonstrated its effectiveness in multiple conflicts, including operations in the Middle East and Ukraine, the Army sought a successor capable of delivering greater range and increased firepower. One of the key advantages of the PrSM is its compatibility with existing launch platforms. The missile can be fired from both the M142 High Mobility Artillery Rocket System (HIMARS) and the M270 Multiple Launch Rocket System (MLRS) without requiring modifications to launch vehicles or supporting infrastructure. Each HIMARS launcher can carry two PrSM missiles in a launch pod, compared to a single ATACMS missile. Likewise, an M270 launcher can carry four PrSM rounds, effectively doubling the number of precision strike weapons available to artillery units while maintaining the same launcher footprint. Greater Range and Future Growth Potential PrSM Increment 1 has a publicly stated range exceeding 499 kilometers (310 miles), a significant improvement over the approximately 300-kilometer range of the most advanced ATACMS variants. The increased range enables commanders to engage targets deeper inside contested areas while reducing exposure of friendly forces. Future versions of the missile are expected to deliver even greater capability through upgrades to propulsion systems, seeker technologies, and targeting functions. The missile’s open systems architecture is designed to facilitate future enhancements and integration of emerging technologies. The PrSM program received Milestone C approval in July 2025, authorizing full-rate production. Since then, the Army and Lockheed Martin have worked to accelerate manufacturing output, including previous efforts aimed at substantially increasing annual production capacity. Strengthening U.S. Munition Stockpiles The scale and duration of the contract reflect broader U.S. efforts to rebuild and expand precision-guided munition inventories. Defense planners have emphasized the importance of sustaining large missile stockpiles following lessons learned from recent conflicts, where advanced weapons were consumed at a faster rate than anticipated during high-intensity combat operations. By extending the production horizon through September 30, 2032, the Army is providing industry with long-term stability to support workforce expansion, supply chain investments, facility modernization, and increased production rates. Specific work requirements and funding allocations will continue to be issued through individual task orders, allowing flexibility to adjust procurement levels as operational requirements evolve. Combat Debut During Operation Epic Fury The production expansion follows the missile’s first operational use earlier this year. On March 4, 2026, U.S. Central Command (CENTCOM) confirmed that the Precision Strike Missile was employed during Operation Epic Fury, a large-scale campaign launched on February 28 against Iranian military infrastructure, missile facilities, and nuclear-related targets. According to CENTCOM, PrSM missiles were launched from HIMARS systems as part of a broader multidomain operation that also included air strikes and naval cruise missile attacks. The command described the missile as providing “an unrivaled deep strike capability” during the operation. Admiral Brad Cooper, then commander of CENTCOM, praised the successful deployment of the system and its contribution to long-range precision strike operations. Long-Term Modernization Effort The contract underscores the Army’s commitment to modernizing its long-range fires portfolio while ensuring sufficient production capacity for future operational requirements. PrSM Increment 1 employs a unitary warhead and is designed to engage high-value and time-sensitive targets in contested environments. With production now planned through 2032, the Army aims to field larger quantities of the missile while continuing development of future increments that will further extend range and expand mission capabilities. The agreement also provides Lockheed Martin with a stable framework for sustaining production and supporting the Army’s long-term modernization objectives. The $8.4 billion contract modification represents one of the largest recent investments in U.S. ground-launched precision strike weapons and is expected to play a central role in expanding the Army’s long-range strike capacity over the next decade.
Read More → Posted on 2026-06-24 14:09:17
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BURNABY, British Columbia, June 24, 2026 — Cellula Robotics has successfully completed a 2,023-kilometer fully submerged mission with its Envoy Autonomous Underwater Vehicle (AUV), marking a significant advancement in long-endurance underwater operations. Powered by a proton exchange membrane (PEM) hydrogen fuel cell system, the vehicle remained underwater for 385 continuous hours while performing a demanding operational profile designed to simulate real-world subsea missions. The achievement demonstrates the ability of hydrogen fuel cell technology to overcome long-standing limitations faced by battery-powered autonomous underwater vehicles. By combining extended endurance, deep-water capability, and a low acoustic signature, the Envoy completed a mission profile that has remained difficult to achieve with conventional lithium-ion battery systems. Unlike traditional endurance demonstrations that rely on straight-line transit routes, the Envoy's mission involved a complex operational pattern featuring more than 4,000 turns and maneuvers. Frequent course changes significantly increase power consumption compared to steady travel, making the test a more realistic representation of actual subsea operations. Despite these demanding conditions, the vehicle exceeded its published performance specifications while remaining fully submerged throughout the mission. The Envoy AUV is owned by Defence Research and Development Canada (DRDC/RDDC), which has worked with Cellula Robotics over several years to advance long-endurance autonomous underwater technologies. The successful demonstration highlights the progress achieved through this collaboration and validates the operational potential of hydrogen-powered underwater systems. Measuring approximately 8.5 meters in length and about 1 meter in diameter, the Envoy has a displacement of around 3,700 kilograms. The platform is designed to operate at depths of up to 3,000 meters, with some references indicating potential capability for deeper operations. The vehicle uses a 1.2-kilowatt PEM hydrogen fuel cell system developed in partnership with Infinity Fuel Cell and Hydrogen, Inc. For more than a decade, AUV designers have faced a trade-off between endurance, depth capability, and vehicle size. Increasing battery capacity generally adds weight and drag, reducing efficiency and limiting overall performance. Likewise, strengthening a vehicle for deeper dives requires heavier pressure-resistant structures that further consume the available energy budget. The Envoy addresses these challenges through hydrogen fuel cell technology, which provides more than twice the energy density of conventional lithium-ion batteries. This allows the platform to undertake extended missions without frequent surfacing, recovery, or support from surface vessels. The fuel cell generates electricity through a reaction between hydrogen and oxygen, producing only water as a byproduct. The system also offers operational advantages for defense and sensitive commercial missions. Because the electricity generation process occurs without combustion, the vehicle produces minimal acoustic emissions, reducing the likelihood of detection during underwater operations. The absence of exhaust emissions further enhances its suitability for covert or environmentally sensitive missions. A key feature of the Envoy is its ability to remain stationary on the seabed using a suction anchor system. Rather than continuously expending energy to maintain position against ocean currents, the vehicle can attach itself to the ocean floor and conduct long-duration monitoring activities. This capability enables extended observation of undersea infrastructure such as pipelines, telecommunications cables, offshore energy installations, and strategic maritime locations. Potential applications include pipeline inspection, underwater cable monitoring, ocean floor mapping, scientific research, environmental monitoring, and naval surveillance missions. The ability to remain on station for extended periods without support vessels could reduce operational costs while expanding mission flexibility for both defense and commercial operators. The Envoy, previously known as Solus-LR, forms part of Cellula Robotics’ broader family of modular autonomous underwater vehicles. The company also develops larger platforms, including the Guardian and Porter AUVs, which are designed to provide even greater endurance and operational persistence for complex subsea missions. The successful completion of the 2,023-kilometer mission in April 2026 represents an important milestone in the development of air-independent propulsion systems for autonomous underwater vehicles. As hydrogen fuel cell technology continues to mature, it is expected to support future underwater platforms capable of operating for weeks or even months with minimal logistical support. The demonstration underscores the growing role of hydrogen-powered systems in maritime autonomy and highlights their potential to transform how governments, research organizations, and offshore industries monitor critical undersea infrastructure, conduct scientific surveys, and maintain awareness of activities beneath the ocean surface.
Read More → Posted on 2026-06-24 14:03:36
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BUCHAREST, June 24, 2026 — Romania has awarded German defense company Rheinmetall a €5.7 billion contract for a wide range of military equipment, including 24 Skyranger 35 air defence systems, 298 Lynx-family combat vehicles, naval vessels, and ammunition. The agreement is one of the largest defense procurement programs undertaken by Romania in recent years and represents Rheinmetall’s largest international order to date. The contracts were signed on May 29, 2026, under the European Union’s Security Action for Europe (SAFE) program, which supports defense investments among EU member states. Deliveries are scheduled to begin in 2028 and continue through 2030. Skyranger 35 to Strengthen Mobile Air Defence A central element of the package is the acquisition of 24 Skyranger 35 ground-based air defence systems integrated onto Rheinmetall’s Lynx KF41 tracked infantry fighting vehicle platform. The combination provides the Romanian Armed Forces with a highly mobile air defence capability designed to protect troops, military assets, and critical infrastructure from modern aerial threats. The Skyranger 35 is equipped with a high-precision 35 mm Oerlikon revolver cannon capable of firing programmable AHEAD airburst ammunition. The system is supported by advanced multi-mission radar sensors providing 360-degree surveillance and electro-optical tracking systems for passive target detection and engagement. Designed for short-range and very short-range air defence missions, the Skyranger 35 can counter loitering munitions, drone swarms, attack helicopters, and conventional aerial threats while on the move. According to Rheinmetall, recent security developments, including incidents involving unmanned drones entering Romanian airspace, have highlighted the growing need for modern mobile air defence capabilities. Oliver Dürr, Head of Rheinmetall’s Air Defence Division, said Romania’s selection of the Skyranger 35 on the Lynx platform marks an important step in strengthening European air defence capabilities and addressing current security challenges. Comprehensive Modernization Package Beyond the Skyranger systems, the broader procurement package includes 298 Lynx-family tracked vehicles. The fleet will consist primarily of armored personnel carriers, supported by reconnaissance, command post, mortar carrier, and medical evacuation variants. To strengthen Romania’s layered air defence network, the agreement also includes seven Skynex air defence batteries and two Millennium Gun systems intended for maritime air defence operations. The package additionally covers more than 400,000 rounds of medium-caliber ammunition, including specialized 35 mm AHEAD airburst munitions used by the Skyranger 35 system. Naval Capabilities Expansion Romania’s naval forces will also receive four new vessels under the agreement, including two offshore patrol vessels (OPVs) and two diver intervention support ships. The vessels are expected to enhance maritime security and operational capabilities in the Black Sea region. Focus on Domestic Industry A significant portion of the program will be implemented within Romania through industrial cooperation and technology transfer initiatives. Rheinmetall plans to invest several hundred million euros in local production facilities and expand its industrial footprint in the country. The company intends to integrate more than 200 Romanian subcontractors into its supply chain, enabling a substantial share of manufacturing and value creation to take place domestically. Romanian officials expect the program to support the growth of the national defense industry and create thousands of jobs over the coming decade. The local production component was also included to meet the requirements of the European Union’s SAFE financing framework, which encourages industrial participation within member states. Strengthening NATO’s Eastern Flank The procurement forms part of Romania’s broader military modernization strategy and is expected to enhance the country’s contribution to NATO’s eastern flank security architecture. Once delivered, Romania will become the second NATO country on NATO’s eastern flank to operate the Lynx platform after Hungary. Until the new Skyranger systems enter service, Rheinmetall will continue supporting Romania’s existing Gepard anti-aircraft gun vehicles to maintain operational air defence readiness. The €5.7 billion package represents a major step in Romania’s efforts to modernize its armed forces while strengthening domestic defense production and regional security capabilities.
Read More → Posted on 2026-06-24 12:51:15
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SEOUL, June 24, 2026 — The South Korean Air Force has successfully completed its first live-fire exercise designed to counter drone swarms, marking a significant step in strengthening defenses against emerging aerial threats. The exercise was conducted on June 23 at a military training range along South Korea’s west coast and was organized by the Air Force Missile Defense Command. The drill aimed to evaluate the military’s ability to defend key facilities against coordinated low-altitude drone attacks using equipment already in service. During the exercise, a swarm of 50 drones approached the training area from a distance of approximately one kilometer. To intercept the targets, operators simultaneously fired eight Vulcan 20mm anti-aircraft cannons, creating a concentrated defensive barrier that successfully destroyed 44 drones. The remaining six drones that penetrated the initial defense layer were engaged using a portable laser system and five shotguns, resulting in the complete neutralization of all simulated targets. Colonel Nam Hyung-joo, chief of intelligence and operations at the Air Force Missile Defense Command, said the exercise was the first of its kind focused on defending against drone swarms using existing military assets. He added that lessons learned from the drill would support the continued development of South Korea’s counter-drone capabilities. The exercise reflects growing concern over the threat posed by small, low-cost drones, which have increasingly been used in modern conflicts to target military facilities, ammunition depots, air bases, fuel storage sites, and command centers. Due to their small size, mobility, and ability to operate at low altitudes, such drones can be difficult to detect and intercept using conventional air defense systems. South Korea has been expanding its focus on counter-drone technologies and layered air defense solutions. The latest exercise demonstrated the effectiveness of combining traditional kinetic systems such as Vulcan cannons with newer technologies, including portable laser weapons, to counter mass drone attacks. Officials said data collected during the drill will be used to refine tactics, operational procedures, and future investments aimed at improving protection against evolving drone threats.
Read More → Posted on 2026-06-24 12:29:19
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MANASSAS, Virginia, June 24, 2026 — The Defense Advanced Research Projects Agency (DARPA) and Boeing subsidiary Aurora Flight Sciences have reached a significant milestone in the development of the X-65 experimental aircraft, marking the transition from component manufacturing to full-scale airframe integration under the Control of Revolutionary Aircraft with Novel Effectors (CRANE) program. In June 2026, Aurora Flight Sciences received the aircraft’s specialized triangular wings at its integration facility in Manassas, Virginia. Engineers have begun mating the wings to the fuselage, advancing the project toward ground testing later this year and a planned first flight in late 2027. The X-65 is an uncrewed technology demonstrator designed to validate Active Flow Control (AFC) as the primary method of aircraft control at a tactically relevant scale. The program seeks to generate flight data that could influence the design of future military and commercial aircraft by replacing conventional moving flight-control surfaces with airflow-based control systems. Wing Integration Marks Key Development Stage The newly delivered wings were manufactured at Aurora’s facility in West Virginia and feature a delta-derived triangular planform with modular outboard sections. The design allows engineers to modify wing configurations between test campaigns and evaluate AFC performance across multiple sweep angles and aerodynamic arrangements. The wings incorporate internal pathways that distribute pressurized air to 14 AFC effectors embedded across the aircraft’s wing and tail surfaces. These effectors enable aircraft control without relying on traditional ailerons, elevators, or rudders. Wing integration follows the arrival of the fuselage in Virginia earlier in 2026. Engineering teams have been installing propulsion, electrical, and AFC systems while manufacturing of additional wing and tail components continued in parallel. Active Flow Control Replaces Conventional Flight Controls Unlike traditional aircraft that use mechanically actuated control surfaces, the AFC system works by releasing precisely directed jets of pressurized air through 14 embedded effectors. These air jets modify airflow patterns in real time, enabling the aircraft to perform pitch, roll, and yaw maneuvers without moving external control surfaces. According to DARPA, eliminating conventional flight-control mechanisms offers several potential advantages, including reduced aircraft weight, lower aerodynamic drag, simplified maintenance requirements, and increased design flexibility. The absence of hinges, actuators, and moving surfaces could also allow engineers to develop aircraft shapes that are difficult or impossible to achieve using traditional control systems. Designed for Operationally Relevant Testing Previous AFC research has largely been limited to wind-tunnel experiments and small unmanned aircraft. The X-65 is intended to demonstrate the technology at a scale more representative of future operational aircraft. The demonstrator features a wingspan of 30 feet (9.1 meters), a gross weight of approximately 7,000 pounds (3,175 kilograms), and a projected top speed of Mach 0.7, or roughly 532 mph (857 km/h). These characteristics place it in a category comparable to light military trainer aircraft or unmanned combat air vehicles. To support safe testing, the X-65 will initially operate under Federal Aviation Administration (FAA) experimental certification and retain conventional control surfaces during early flight trials as a safety backup while engineers validate AFC performance. Once baseline flight characteristics are confirmed, the traditional control surfaces will be locked in place, allowing the aircraft to operate using the AFC system alone. Modular Design Supports Continued Research A key feature of the aircraft is its modular architecture. Engineers can replace outboard wing sections and AFC effectors between test campaigns, allowing multiple aerodynamic configurations to be evaluated using the same aircraft. This flexibility is expected to support a broader range of research objectives beyond the initial CRANE program goals and provide a reusable platform for future AFC experimentation. Funding and Program Timeline DARPA selected Aurora Flight Sciences as the sole contractor for Phase 3 of the CRANE program in January 2024. The agency allocated approximately $38 million for the program during fiscal year 2024 and an additional $23.8 million in fiscal year 2025. In August 2025, DARPA and Aurora restructured the project under a co-investment agreement, with Aurora assuming a share of the funding responsibility for completing the aircraft and conducting its inaugural flight. The arrangement is intended to support the aircraft’s long-term use as a research platform rather than a single-use demonstrator. Following fuselage delivery in April 2026 and wing integration in June 2026, the program's planned schedule includes: Late 2026: Ground testing at Manassas Regional Airport, Virginia Early 2027: Taxi testing Late 2027: First flight of the X-65 demonstrator CRANE Program Manager Chris Kent has previously confirmed these target milestones. Potential Applications for Future Stealth Aircraft The program is attracting attention from the Air Force Research Laboratory, NASA, Naval Air Systems Command, and the Office of Naval Research. One area of interest is the potential application of Active Flow Control technology to low-observable aircraft design. Conventional control surfaces require hinges, gaps, and joints that can create radar-reflecting discontinuities on an aircraft’s exterior. By enabling aircraft control through airflow manipulation rather than moving external surfaces, AFC could allow future aircraft to maintain smoother outer mold lines. Such designs may help reduce radar cross-sections while preserving maneuverability, offering potential benefits for next-generation stealth aircraft. As integration work continues in Virginia, the upcoming ground and flight test campaigns are expected to provide critical data on whether airflow-based control systems can serve as a practical alternative to conventional aircraft flight controls.
Read More → Posted on 2026-06-24 12:15:59
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WASHINGTON, June 24, 2026 — The U.S. Department of Defense has submitted a budget amendment to Congress requesting a $1.55 billion realignment of fiscal year 2027 funds to continue development of the Boeing E-7A Wedgetail airborne early warning and control (AEW&C) aircraft. The move is aimed at sustaining a program that the Pentagon had proposed terminating in previous budget plans and is intended to support the replacement of the aging E-3 Sentry Airborne Warning and Control System (AWACS) fleet. The funding request was outlined in a June 17 letter from the White House Office of Management and Budget (OMB) to House Speaker Mike Johnson. The proposal reallocates $899 million from the Air Force’s “Other Procurement” account and $651 million from the Navy’s Aircraft Procurement account. According to a report from the House Appropriations Committee’s defense subcommittee, the Air Force portion of the transfer will come from the Special Update Program, which funds classified Special Access Programs. The transfer represents approximately 17.6 percent of that budget line. An Air Force spokesperson stated that budget decisions continue to involve ongoing evaluations and prioritization of defense requirements. The remaining $651 million would be redirected from funds originally allocated to the Navy’s Northrop Grumman E-2D Advanced Hawkeye program. The Navy had requested $2.08 billion in fiscal year 2027 funding to procure six E-2D aircraft for carrier strike group operations. The proposed $1.55 billion funding shift will not finance the purchase of additional E-7 aircraft. Instead, it will support continued development and modification work on seven previously contracted aircraft, including two prototype platforms and five Engineering, Manufacturing, and Development (EMD) aircraft. Boeing is currently modifying two Boeing 737-based prototype airframes in the United Kingdom. The aircraft are being equipped with the E-7’s Multi-role Electronically Scanned Array (MESA) radar, an advanced Active Electronically Scanned Array (AESA) system capable of simultaneously conducting air and maritime surveillance. The radar is reported to provide detection ranges exceeding 400 kilometers while supporting battle management, command and control, and target tracking missions. The status of work on the five EMD aircraft has not been publicly disclosed. The E-7 Wedgetail is designed to replace the Air Force’s E-3 Sentry fleet, which is based on the Boeing 707 airframe. The E-3 has faced increasing maintenance challenges due to its age, and a significant portion of the fleet has already been retired. The newer E-7 offers improved reliability, lower sustainment costs, greater operational availability, and enhanced integration with modern combat aircraft such as the F-22 Raptor and F-35 Lightning II. Unlike the E-3’s rotating radar dome, the E-7 employs a fixed MESA radar mounted on top of the fuselage. The system provides continuous surveillance coverage and improved performance in complex and contested operational environments. The funding transfer has also renewed debate over the future of the Navy’s E-2D Advanced Hawkeye program. The E-2D serves as the primary airborne early warning platform for U.S. aircraft carrier strike groups and provides command-and-control functions, air defense coordination, and battle management capabilities. While the aircraft can perform aerial refueling and advanced surveillance missions, it has a smaller crew, shorter operational range, and more limited theater-wide command capabilities than the larger E-7 platform. In earlier budget discussions, Pentagon officials proposed relying on additional E-2D aircraft as an interim solution while pursuing future space-based moving target indicator technologies. However, lawmakers have argued that the E-2D and E-7 perform complementary missions and should both remain part of the U.S. military’s airborne surveillance architecture. House appropriators opposed reducing E-2D funding to support the Wedgetail program and restored the $651 million cut in their defense spending legislation, preserving the Navy’s plan to acquire all six E-2D aircraft requested for fiscal year 2027. In accompanying budget documents, lawmakers stated that they support both the E-7 funding realignment and the continued procurement of E-2D aircraft, emphasizing that additional airborne surveillance and command-and-control assets are needed to meet future operational requirements. The E-7 program’s long-term future, however, remains uncertain. The Air Force originally planned to acquire a fleet of 26 Wedgetail aircraft before the Pentagon moved to cancel the program in favor of future space-based sensing capabilities. Although the latest funding request keeps development efforts moving forward, Congress has expressed concern over the absence of a detailed acquisition roadmap. As a result, House lawmakers have directed the Secretary of the Air Force to provide a comprehensive E-7 acquisition strategy alongside the President’s fiscal year 2028 budget request. The report is expected to include the total number of aircraft required, future funding requirements, development milestones, production schedules, and the timeline for full operational deployment. The E-7 Wedgetail is already in service with several allied nations, including Australia, and has been selected by multiple countries as a modern airborne early warning platform. U.S. officials view the aircraft as a critical capability for maintaining airborne command-and-control operations while next-generation space-based surveillance systems continue to mature. The proposed $1.55 billion funding realignment highlights the Pentagon’s efforts to preserve near-term airborne surveillance and battle management capabilities while balancing broader modernization priorities across the U.S. military.
Read More → Posted on 2026-06-24 11:52:54
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ROTA, Northern Mariana Islands, June 24, 2026 — The Boeing Defence Australia-developed MQ-28 Ghost Bat has officially begun operations alongside U.S. and allied forces during Exercise Valiant Shield 2026, marking a significant milestone in the ongoing development of Collaborative Combat Aircraft (CCA) capabilities. The deployment of the production-representative test aircraft comes as the U.S. Air Force continues to advance the operational testing and integration of uncrewed systems designed to work alongside crewed combat aircraft. The exercise provides a large-scale operational environment to evaluate human-machine teaming concepts and their role in future air combat operations. MQ-28 Supporting Counter-Air Missions Throughout the multinational exercise, the MQ-28 Ghost Bat is operating in direct coordination with crewed fighter aircraft, helping participating forces refine the tactics, techniques, and procedures required for next-generation airpower. During Valiant Shield 2026, the aircraft is supporting a range of complex missions, with a particular focus on defensive and offensive counter-air operations. Military planners are assessing how Collaborative Combat Aircraft can enhance operational effectiveness by extending the reach and capabilities of crewed platforms. “The future of airpower is a partnership between our greatest assets: our skilled warfighters and the technology that empowers them,” said U.S. Air Force Maj. Daniel Pesich, officer in charge of the Experimental Operations Unit’s collaborative combat aircraft detachment. “By advancing human-machine teaming, we are increasing our power projection while building a more resilient, capable, and lethal joint force,” he added. Evaluating the Role of Collaborative Combat Aircraft The Department of the Air Force and its international partners are using the exercise to evaluate the MQ-28’s potential as a force multiplier in highly contested operational environments. Analysts are examining how the uncrewed aircraft can improve mission effectiveness by extending the operational reach of crewed fighters, enhancing situational awareness, and increasing survivability during complex combat scenarios. Collaborative Combat Aircraft are designed to work as trusted teammates for manned aircraft, performing missions such as surveillance, sensor support, electronic warfare, and counter-air operations. By sharing operational tasks, these systems can help increase sortie generation rates while reducing pressure on maintenance personnel and support resources. Human Oversight Remains Central Despite incorporating advanced artificial intelligence and autonomous capabilities, the MQ-28 remains a semi-autonomous platform that operates under human supervision. The Department of the Air Force has reaffirmed its commitment to the ethical development and employment of autonomous systems, emphasizing that a human operator remains responsible for all critical and lethal decisions. This manned-unmanned teaming approach is intended to combine the strengths of human decision-making with the speed and persistence offered by autonomous technologies. Recent Program Milestones The Ghost Bat arrives at Valiant Shield following several important development achievements. Earlier in June 2026, Boeing completed Radar Cross Section (RCS) testing that validated the aircraft’s low-observable characteristics, confirming its ability to minimize radar detection. The platform has also surpassed 150 test flights, including recent international operational testing conducted in California. The aircraft is additionally progressing toward its Block 3 configuration, which will introduce a larger wing design and internal weapons bays. These upgrades are expected to improve range, mission flexibility, and overall combat capability. Originally developed for the Royal Australian Air Force, the MQ-28 has demonstrated capabilities in autonomous operations, intelligence gathering, electronic warfare support, and integration with crewed aircraft. Previous testing has included cooperation with platforms such as the F/A-18F Super Hornet and E-7A Wedgetail. Australian Defence Force aviator observers are also participating in MQ-28 operations during the exercise as part of Australia's efforts to further develop collaborative combat aircraft concepts alongside allied partners. About Exercise Valiant Shield 2026 Exercise Valiant Shield is a biennial multi-domain training event focused on integrating joint and allied forces across the Indo-Pacific region. The exercise strengthens the ability of participating forces to detect, locate, track, and engage targets across air, maritime, land, space, and cyberspace domains. The training is designed to build real-world proficiency in sustaining joint operations while improving coordination among partner nations. For the MQ-28 program, participation in Valiant Shield 2026 serves as an important operational proving ground. Data gathered during the exercise will help shape future concepts for human-machine teaming and support the continued development of Collaborative Combat Aircraft for both U.S. and allied air forces.
Read More → Posted on 2026-06-24 11:41:58
World
WASHINGTON, June 24, 2026 — A new study by the RAND Corporation has found that the U.S. Navy could face significant difficulties repairing battle-damaged warships and returning them to combat during a major conflict with China in the Indo-Pacific region. The analysis, based on an August 2025 tabletop wargame, examined how the Navy would sustain operations during a hypothetical war focused on the defense of Taiwan and the Philippines. Researchers concluded that maintenance facilities in the region would likely be overwhelmed and face shortages of spare parts, while command inefficiencies and uncertainty over allied shipyard support could further complicate repair efforts. The study focused on Arleigh Burke-class destroyers, which form the backbone of the U.S. surface fleet, although researchers noted that many of the challenges identified would apply across all ship classes, particularly nuclear-powered vessels. Wargame Scenarios The exercise examined four operational scenarios involving U.S. destroyers. One scenario involved a collision between a U.S. destroyer and a Chinese frigate in the Strait of Malacca. Another examined two destroyers damaged by gunfire and rocket attacks from Chinese ships and helicopters while escorting Philippine vessels in the South China Sea. Researchers also studied situations in which several destroyers were struck by Chinese anti-ship missiles while defending the Philippines and a scenario where multiple destroyers sustained heavy damage while attempting to stop a Chinese amphibious invasion of Taiwan. In each case, participants determined that rapid in-theater repairs would be critical. Sending damaged ships back to ports in the continental United States would require weeks of transit and significantly reduce available combat power. The report noted that the U.S. Navy has not experienced battle damage on the scale expected in a modern high-intensity conflict since World War II. In such a conflict, U.S. warships could face threats from anti-ship ballistic missiles, hypersonic weapons, torpedoes, and other advanced precision-guided systems. Logistics and Coordination Problems A major issue identified during the exercise was the difficulty of determining what resources were needed to repair damaged vessels and whether repairs could be completed locally. The study found that command arrangements were often unclear, leading to situations where logistics organizations pursued repair actions that operational commanders had already rejected due to battlefield realities. Researchers also observed that participants frequently assumed peacetime maintenance regulations and standards would apply during wartime operations, creating additional complications. Spare parts availability emerged as another significant challenge. Even among ships of the same class, differences in equipment and modifications can make components incompatible, limiting opportunities to transfer parts between vessels. Dependence on Allied Infrastructure The report highlighted the importance of repair facilities in allied nations, particularly Japan, South Korea, and Australia. While cooperation generally improved once allied capabilities were understood, U.S. personnel initially lacked detailed information about available facilities, access procedures, port locations, and specialized capabilities such as ordnance handling and major structural repairs. Researchers also noted that allied support cannot be guaranteed as a conflict intensifies. Providing repair facilities for U.S. naval forces could expose host-nation infrastructure to Chinese military retaliation, creating political and security risks for partner nations. China's Repair Advantage The study contrasted U.S. logistical challenges with the advantages available to the People's Liberation Army Navy (PLAN). Operating close to its home bases, China would have easier access to repair facilities and industrial support. According to Bradley Martin, a RAND analyst and co-author of the report, China benefits from both geographic proximity and substantially greater industrial repair capacity. Recommendations To improve the Navy's ability to regenerate combat power during wartime, RAND recommended establishing clearer command-and-control structures for battle damage repair operations and securing formal agreements with Indo-Pacific allies on facility access and logistical support. The report also called for increased investment in deployable repair teams, flyaway assessment units, and expeditionary mobile repair facilities capable of providing flexible maintenance support closer to combat zones. According to RAND, addressing these issues will be essential for sustaining naval operations and restoring damaged warships to service during a future conflict in the Indo-Pacific. The study, titled "Battle Damage Repair for Arleigh Burke-Class Destroyers: Tabletop Exercise Results," concludes that force regeneration in a contested maritime environment remains far more complex than current planning assumptions suggest and could pose a significant challenge to maintaining combat effectiveness during a prolonged conflict.
Read More → Posted on 2026-06-24 11:24:56
World
Seoul, June 24, 2026 — North Korea has officially commissioned its first guided-missile destroyer, Choe Hyon (hull number 51), into the Korean People's Navy, marking a significant step in the country's naval modernization efforts. The commissioning ceremony was held on June 23 at the Nampo shipyard and attended by North Korean leader Kim Jong Un, who outlined an extensive naval expansion program aimed at transforming the country's maritime capabilities. During the ceremony, Kim announced that the second vessel of the class, Kang Kon (hull number 52), is nearing operational service and continues to undergo sea trials. He also confirmed that additional destroyers are already under construction as part of a long-term fleet expansion plan. Navy Modernization and Strategic Role Kim Jong Un stated that the navy had historically been the weakest branch of the Korean People's Army and emphasized the need to modernize it into a force capable of operating beyond coastal waters. He said the navy's mission is expanding from traditional coastal defense to a broader strategic role, including integration into North Korea's nuclear deterrence framework. The modernization effort also includes the construction of new naval infrastructure. During a meeting of the Workers' Party Central Committee on June 22, officials discussed plans for modern naval bases designed to support the growing fleet. Kim described the development of these facilities as an essential requirement for future naval operations. Choe Hyon-Class Destroyer Capabilities The Choe Hyon is classified as a 5,000-ton multipurpose guided-missile destroyer and measures approximately 140 to 145 meters in length. The vessel features 74 vertical launch system (VLS) cells, consisting of: 32 small VLS cells 12 medium VLS cells 20 large VLS cells 10 extra-large VLS cells The extra-large launch cells are reportedly capable of carrying short-range ballistic missiles and cruise missiles. The destroyer's armament also includes: A 127mm or 130mm main naval gun One Pantsir-ME close-in weapon system (CIWS) Two 30mm AK-630 CIWS units Four quad anti-ship missile launchers Twin 533mm torpedo launchers The VLS architecture enables the ship to deploy a variety of precision-strike weapons. Among them are hypersonic cruise missiles resembling Russia's Zircon missile, reportedly capable of engaging targets at ranges approaching 1,000 kilometers and speeds of up to Mach 9. Anti-ship warfare has been a key design priority for the class. Rapid Shipbuilding Program The Choe Hyon forms the foundation of North Korea's five-year naval construction plan. The first vessel was launched in April 2025, while the second ship, Kang Kon, was launched in June 2025 and recently resumed sea trials in early June 2026. Construction of a third vessel is underway and is expected to be completed by October 2026, while a fourth destroyer has reportedly already been laid down. Kim Jong Un has set a target of producing two destroyers annually. If maintained, this production rate could allow North Korea to field 12 destroyers by the early 2030s, giving it one of the world's largest destroyer fleets by numbers. Development of Larger Warships North Korea is also pursuing larger surface combatants. In March 2026, Kim confirmed development of an 8,000-ton destroyer, followed by plans for a 10,000-ton class. These future vessels are expected to carry between 120 and 150 vertical launch cells, significantly increasing missile capacity. Later variants of the Choe Hyon-class are also expected to feature larger missile payloads exceeding 90 launch cells. Production Comparisons and Regional Impact North Korea launched two Choe Hyon-class destroyers in 2025 and aims to maintain a similar production pace in the coming years. While China remains the world's leading destroyer producer with an estimated six to ten ships launched annually, U.S. shipyards currently average around 1.6 destroyers per year. For comparison, the latest U.S. Navy Arleigh Burke-class destroyers displace around 9,600 tons and carry 96 vertical launch cells. Although the Choe Hyon is significantly smaller at 5,000 tons, it carries 74 launch cells, reflecting a high concentration of missile firepower relative to its size. The commissioning of the Choe Hyon marks a significant milestone in North Korea's naval modernization program and reflects the country's continued investment in larger surface combatants, advanced missile systems, and expanded maritime capabilities.
Read More → Posted on 2026-06-24 11:10:37
World
MINOT AIR FORCE BASE, N.D., June 24, 2026 — Airmen assigned to the U.S. Air Force’s 91st Missile Wing at Minot Air Force Base successfully completed a Simulated Electronic Launch Minuteman (SELM) test on June 3, 2026, validating the operational readiness of the United States’ land-based nuclear deterrent force. The evaluation was conducted in partnership with the 377th Test and Evaluation Group (TEG) and the 576th Flight Test Squadron from Vandenberg Space Force Base, California. The exercise assessed the wing’s ability to carry out its strategic mission under realistic conditions while testing personnel proficiency, command-and-control procedures, and the performance of critical support systems. Evaluating the U.S. Land-Based Nuclear Deterrent The 91st Missile Wing operates one of the largest intercontinental ballistic missile (ICBM) complexes in the United States, covering approximately 8,500 square miles across northwestern North Dakota. The wing is responsible for maintaining 150 hardened underground launch facilities and 15 missile alert facilities that support the Minuteman III missile force. As a key component of the U.S. nuclear triad, the Minuteman III force provides the United States with a continuous, land-based strategic deterrent capability alongside nuclear-powered ballistic missile submarines and strategic bombers. During the SELM test, Airmen executed the full sequence of launch procedures without launching an actual missile. The exercise replicated an operational environment, beginning with crews in an alert status and progressing through all required steps leading to the simulated ignition of a Minuteman III first-stage booster. Launch control center operators carried out launch sequences, while teams followed command-and-control protocols and communication procedures designed to mirror real-world operations. Comprehensive Assessment of Personnel and Systems The exercise focused on the coordination and performance of personnel across multiple mission areas, including launch control center crews, missile maintainers, communications specialists, and security forces. Airmen from the 91st Missile Maintenance Squadron conducted critical component verifications and final readiness checks throughout the evaluation. Missileers, maintainers, and defenders responded to simulated launch directives while maintaining secure and reliable communications and adhering to established operational procedures. The test also evaluated the functionality of launch control centers, missile alert facilities, and the integration of support systems that enable continuous 24-hour deterrence operations. Leadership Highlights Importance of SELM Testing According to U.S. Air Force officials, SELM tests are a key component of maintaining readiness across the ICBM enterprise. These evaluations are conducted periodically to verify that personnel, procedures, and systems can perform effectively under operational conditions. “SELM testing is a critical assessment of our readiness and precision within the nuclear enterprise. It ensures that every link in the launch chain, from operators to command and control, performs exactly as designed under realistic conditions,” said Col. Jimmy Schlabach, commander of the 91st Missile Wing. “By rigorously executing SELM evaluations, we sustain a credible, safe and effective nuclear force that underpins national security and reinforces deterrence every day,” he added. Role of the 377th Test and Evaluation Group Personnel from the 377th Test and Evaluation Group worked directly alongside 91st Missile Wing Airmen to plan, execute, and assess the exercise. The organization provides independent operational testing and evaluation support across the U.S. Air Force’s ICBM enterprise, ensuring systems and procedures perform as intended. The group plays an important role in assessing current Minuteman III operations while supporting future modernization efforts, including preparations for the next-generation LGM-35A Sentinel ICBM program. Maj. Anastasia Peterson, assistant director of operations for the 91st Missile Wing Operations Support Squadron, emphasized the value of the partnership during the evaluation. “The partnership between the 91 MW and the 377 TEG reflects the highest standards of integration and mission focus across the nuclear enterprise,” Peterson said. “The teamwork demonstrated throughout this test shows how operational expertise and test and evaluation come together to strengthen readiness.” Supporting Long-Term Strategic Deterrence The successful completion of the SELM test provided the 91st Missile Wing an opportunity to demonstrate disciplined execution of operational procedures and sustained mission proficiency. Data collected during the evaluation will contribute to continuous improvement efforts and help maintain high standards across the U.S. Air Force’s ICBM force. As one of the U.S. Air Force units responsible for operating the Minuteman III weapon system, the 91st Missile Wing remains a foundational element of the United States’ strategic nuclear deterrent. The wing maintains continuous alert status and stands ready around the clock to support U.S. national security objectives, mission assurance, and global stability.
Read More → Posted on 2026-06-24 10:51:29
India
NEW DELHI, June 24, 2026 — Anadrone Systems Limited and Kratos Defense & Security Solutions, Inc. have announced a strategic partnership to jointly pursue opportunities in India's rapidly growing market for advanced unmanned and autonomous defence systems. The agreement brings together Anadrone's indigenous development and manufacturing capabilities with Kratos' expertise in tactical unmanned aerial vehicles (UAVs), aerial target systems, and autonomous platforms. The collaboration is aimed at supporting the evolving operational requirements of the Indian Armed Forces and national security agencies while contributing to India's defence modernization efforts. Agreement Signed at Eurosatory 2026 The framework agreement was signed on June 22, 2026, during the Eurosatory 2026 defence exhibition in Paris, establishing a foundation for long-term industrial cooperation between the two companies. Under the partnership, Kratos Defense will provide expertise in tactical UAVs, high-performance aerial target systems, autonomous flight technologies, and mission systems. Anadrone Systems will contribute capabilities in indigenous design, manufacturing, systems integration, flight operations, operational support, and engagement with India's defence ecosystem. The companies stated that the partnership will focus on introducing advanced unmanned capabilities tailored to Indian operational requirements while supporting local production and technology development. Focus Areas of Cooperation The collaboration will explore the development, integration, and localization of a broad range of autonomous and unmanned technologies. Key focus areas include: Aerial Target Systems for weapons testing, validation, and air defence training. Tactical Unmanned Aircraft designed for surveillance, reconnaissance, and frontline operations. Autonomous Mission Systems including command-and-control infrastructure and software solutions for uncrewed platforms. Future Defence Technologies involving research and development of next-generation autonomous capabilities. The companies indicated that additional project-specific details will be announced as the partnership progresses. Supporting India's Defence Modernization Goals The agreement aligns with India's ongoing efforts to strengthen indigenous defence manufacturing under the Aatmanirbhar Bharat initiative. India has increased investments in drones, autonomous systems, and network-centric warfare capabilities in recent years. Unmanned technologies are expected to play an expanding role in intelligence gathering, surveillance, target acquisition, training, and operational effectiveness across multiple domains. By combining international technology expertise with domestic manufacturing and integration capabilities, the partnership aims to support the development of advanced defence solutions within India. Companies Bring Complementary Capabilities Anadrone Systems specializes in the design, development, manufacturing, operation, and support of advanced unmanned systems for defence and security applications. The company has developed capabilities in high-speed aerial targets, tactical UAVs, weapon integration, flight operations, and mission support services. Kratos Defense & Security Solutions is a leading provider of unmanned and autonomous systems and is known for platforms such as the XQ-58A Valkyrie. The company develops tactical drones, aerial target systems, avionics, command-and-control technologies, and mission solutions for the U.S. Department of Defense and allied nations. No financial details or immediate contract awards were disclosed as part of the announcement. The agreement establishes a framework for future cooperation in technology development, localization, manufacturing, and operational support for India's growing unmanned defence sector.
Read More → Posted on 2026-06-24 10:40:55
World
WASHINGTON, June 24, 2026 — The United States has successfully completed the first major milestone test of the Golden Dome for America (GDA) missile defense initiative, marking a significant step in the development of the country's next-generation homeland defense architecture. Secretary of Defense Pete Hegseth announced the results on Wednesday, describing the live-fire demonstration as a “full mission success.” The test featured the Dynamic Defense Autonomous Defeat (DDAD) system, which autonomously detected, tracked, targeted, and engaged multiple aerial threats using advanced directed-energy technologies. According to defense officials, the DDAD system successfully neutralized a range of incoming targets, including drones and cruise missiles, without requiring manual intervention. The system employed directed-energy capabilities, including high-energy lasers and microwave-based weapons, to identify and defeat threats simultaneously. Hegseth, who attended the demonstration in New Mexico, said the system performed as designed throughout the exercise. “The Dynamic Defense Autonomous Defeat (DDAD) system flawlessly and autonomously cued, targeted, and eliminated a multitude of incoming threats,” Hegseth stated. “This test was executed on schedule and dynamically defeated every threat.” The demonstration marked the first time a sitting U.S. defense secretary observed a live directed-energy engagement during a major missile defense test. Golden Dome Program The Golden Dome for America initiative is a key element of President Donald Trump's defense strategy and is intended to establish a comprehensive, multi-layered missile defense shield protecting the U.S. homeland. Announced through Executive Order 14186 in January 2025, the program seeks to integrate ground-based, sea-based, air-based, and potentially space-based defense systems into a unified architecture capable of countering ballistic missiles, hypersonic weapons, cruise missiles, and drone attacks. The program combines advanced sensors, interceptors, command-and-control networks, autonomous targeting systems, and directed-energy weapons to provide rapid response capabilities against evolving aerial threats. Historical Context During his announcement, Hegseth compared the Golden Dome initiative to President Ronald Reagan’s Strategic Defense Initiative (SDI), commonly known as the “Star Wars” program, which was proposed during the Cold War to defend against nuclear missile attacks. “I watched our elite warfighters integrate with next-generation technology to stop incoming drones and cruise missiles dead in their tracks,” Hegseth said. “With Golden Dome, the Department of Defense will defend our homeland more powerfully than ever before. Golden Dome is real, powerful, and on track.” Funding and Cost Estimates Development of the Golden Dome system has been supported by substantial federal funding since its launch. Hegseth credited the One Big Beautiful Bill Act, approved in June 2025, with providing the initial financial foundation for the project. The legislation allocated $24.4 billion for the program, followed by an additional $13 billion in funding for fiscal year 2026. The White House currently estimates the total cost of the Golden Dome program at approximately $175 billion to $185 billion. However, the Congressional Budget Office (CBO) has projected that a fully developed system incorporating thousands of space-based interceptors and supporting infrastructure could cost as much as $1.2 trillion over the next 20 years. Independent defense analysts have also noted that future expenses could increase due to satellite replacement requirements and expansion of the system’s space-based architecture. Next Steps Defense officials indicated that additional testing and development activities will continue as the Golden Dome architecture expands. Future phases are expected to focus on integrating satellite-based sensors, advanced interceptors, and additional defensive capabilities into the broader network. The successful completion of the first milestone test represents an important step in the development of the Golden Dome initiative and demonstrates progress in bringing directed-energy weapons and autonomous defense technologies closer to operational deployment.
Read More → Posted on 2026-06-24 10:12:08
India
NEW DELHI, June 24, 2026 — British aerospace company Rolls-Royce has formally submitted its final proposal to jointly design, develop, and manufacture a new 120 kN-plus thrust fighter engine for India’s fifth-generation Advanced Medium Combat Aircraft (AMCA) programme. The offer includes a 100 percent transfer of technology (ToT) and provides that all intellectual property (IP) generated during the programme will remain with India. The proposal places Rolls-Royce in direct competition with French defence company Safran for the engine that will power the AMCA Mk2, the advanced phase of India’s indigenous stealth fighter programme. According to Rolls-Royce, the proposed engine will be a completely new design developed in India through a joint effort, while leveraging the company’s extensive aero-engine expertise and background intellectual property accumulated over more than 80 years of engine development. Development Timeline Rolls-Royce has outlined a development roadmap linked to the signing of a contract by the end of 2026. Under the proposed schedule: 2030: Testing of the engine core, including the hot section. 2034: First flight test of the new engine. 2036: Commencement of full-scale serial production. The timeline is broadly aligned with the AMCA programme schedule, which aims for operational induction of the aircraft around 2035-36. Sashi Mukundan, Executive Vice President (Transformation) for Rolls-Royce India, stated that the company’s proposal is designed to support India’s long-term objective of developing indigenous fighter engine capabilities while retaining ownership of all newly generated intellectual property. Proposal Includes Full Technology Transfer A key element of the offer is Rolls-Royce’s commitment to provide 100 percent technology transfer for the programme. Under the proposed arrangement, India would gain access to critical engine technologies and manufacturing know-how required for future upgrades, production, maintenance, and lifecycle support. Mukundan said that Rolls-Royce would contribute its existing technical knowledge and background IP to accelerate development while ensuring that intellectual property created through the programme remains under Indian ownership. He also highlighted the company's experience in aero-engine development, stating that Rolls-Royce has introduced a new engine design approximately every 18 months over the past three decades. India as a Global Propulsion Hub Beyond the AMCA engine project, Rolls-Royce has proposed establishing India as its fourth global propulsion hub alongside the United Kingdom, the United States, and Germany. The company’s vision includes creating a comprehensive propulsion ecosystem covering: Engine design and development Prototyping and testing Manufacturing Maintenance, Repair and Overhaul (MRO) Lifecycle support and upgrades The proposed infrastructure would support not only military aviation programmes but also civil aerospace, naval propulsion, coast guard requirements, army applications, and land-based power generation systems. According to Rolls-Royce, the ecosystem would enable India to manage a broad range of propulsion requirements domestically while supporting future export opportunities and industrial growth. AMCA Engine Requirement The AMCA programme is being developed in two phases. The AMCA Mk1 will be powered by the American GE F414 engine, which has also been selected for the Tejas Mk2 fighter. GE’s agreement with Hindustan Aeronautics Limited (HAL) includes an 80 percent technology transfer package for local production. However, defence industry observers note that the GE arrangement is primarily focused on licensed manufacturing rather than full engine development capability. For the AMCA Mk2, India requires a more powerful engine in the 110-130 kN thrust class to achieve key fifth-generation fighter capabilities such as supercruise performance, increased payload capacity, and enhanced mission endurance. This requirement has narrowed the competition to Rolls-Royce and Safran. Competition with Safran Rolls-Royce’s proposal comes amid ongoing evaluations by Indian defence authorities of competing offers from Safran. Mukundan argued that only a limited number of companies globally possess a proven record of independently developing advanced fighter engines. He stated that Rolls-Royce’s long history of engine design and production provides a strong foundation for a joint development programme with India. He also pointed to Dassault Aviation’s selection of Rolls-Royce engines for its latest Falcon business jets as an example of the company’s technological capabilities and international market presence. Indian defence planners are expected to assess the competing proposals based on technology transfer, development timelines, industrial participation, cost considerations, and long-term strategic benefits. Strategic Significance The selection of a development partner for the AMCA Mk2 engine is regarded as one of the most important decisions for India's military aerospace sector. A successful co-development programme would help India reduce dependence on foreign propulsion systems and strengthen domestic capabilities in one of the most complex areas of aerospace engineering. Defence sources indicate that delays in finalising a partner for the 120 kN-class engine could increase reliance on additional GE F414 engines for future aircraft production. As a result, the ongoing negotiations are expected to play a significant role in determining India's progress toward self-reliance in advanced military aviation technologies. The Ministry of Defence, DRDO, and other stakeholders are expected to continue evaluating the competing offers in the coming months before making a final decision on the AMCA Mk2 propulsion programme.
Read More → Posted on 2026-06-24 10:00:56
India
NEW DELHI, June 24, 2026 — Negotiations between India and the United States for the co-production of General Electric (GE) F414 fighter jet engines have encountered a major obstacle after a sharp increase in proposed costs stalled commercial discussions between Hindustan Aeronautics Limited (HAL) and GE Aerospace. The development has prompted the Defence Research and Development Organisation (DRDO) and the Aeronautical Development Agency (ADA) to evaluate alternative engine suppliers as India seeks to secure powerplants for its future combat aircraft programmes. The GE F414-INS6 engine was selected to power the Light Combat Aircraft (LCA) Tejas Mk2, the initial variants of the Advanced Medium Combat Aircraft (AMCA Mk1), and the Indian Navy's Twin Engine Deck-Based Fighter (TEDBF). The proposed agreement, first announced during Prime Minister Narendra Modi's visit to the United States in 2023, was intended to establish local manufacturing of the engine in India with substantial technology transfer. While technical discussions between HAL and GE have largely been completed, including plans for technology transfer reportedly reaching up to 80 percent in phases, commercial negotiations have stalled over pricing. Sharp Increase in Engine Costs Initial estimates placed the cost of each GE F414-INS6 engine at approximately ₹70 crore to ₹80 crore. However, during recent commercial negotiations, GE reportedly revised its pricing to more than ₹200 crore per engine, representing an increase of nearly 300 percent. In addition to the higher per-unit cost, GE has reportedly sought an investment of around ₹6,000 crore (approximately $800 million) to establish a dedicated assembly and manufacturing line in India. According to industry sources, the company has cited global supply chain disruptions, inflation, shortages of aerospace-grade materials, and broader geopolitical pressures affecting production as factors behind the increased costs. HAL and GE had originally aimed to finalize the agreement by March 2026, with local production expected to begin within two years of contract signing and the first Indian-manufactured engines entering production around 2029. Impact on India's Fighter Aircraft Programmes The F414 engine forms a critical part of India's fighter aircraft modernization plans. The engine was selected as the primary powerplant for the Tejas Mk2 and as an interim solution for the AMCA Mk1 until a future higher-thrust engine becomes available. The AMCA prototype programme alone is expected to require approximately 15 engines to support five flying prototypes. India's long-term requirement is projected to exceed 200 engines across multiple programmes. Aircraft Programme Thrust Category Intended Powerplant LCA Tejas Mk2 95–100 kN GE F414 AMCA Mk1 95–100 kN GE F414 (interim solution) TEDBF 95–100 kN GE F414 The F414 is a further development of the F404 engine currently powering Tejas aircraft. It provides higher thrust, improved fuel efficiency, greater reliability, and increased electrical power generation for advanced avionics and mission systems. DRDO Reviews Alternative Options The pricing dispute has led DRDO and ADA to begin assessing alternative engine options for both immediate and long-term requirements. Although the Tejas Mk2, AMCA Mk1, and TEDBF designs are currently based around the F414's dimensions and performance characteristics, Indian officials are exploring alternative partnerships to reduce dependence on a single supplier and ensure programme timelines remain on track. The current situation has also renewed interest in European engine manufacturers, particularly France's Safran and the United Kingdom's Rolls-Royce. Safran has been engaged in discussions with India regarding future combat engine cooperation and potential joint development efforts involving DRDO's Gas Turbine Research Establishment (GTRE). Rolls-Royce has proposed a new-generation combat engine programme for India, including technology transfer, local manufacturing, and joint development arrangements aimed at meeting future Indian fighter aircraft requirements. Renewed Attention on the EJ200 Family The ongoing negotiations have also brought renewed attention to the Eurofighter Typhoon's EJ200 engine family, which previously competed against the F414 during India's fighter engine evaluations. The EJ200 currently produces around 90 kN of afterburning thrust. However, the engine's long-term EJ2x0 growth roadmap envisioned substantial performance improvements. Under the first stage of the roadmap, thrust was expected to increase to approximately 103 kN with around 72 kN dry thrust. A second-stage growth version targeted approximately 120 kN of afterburning thrust and around 78 kN of dry thrust. These projected figures place advanced EJ200-derived concepts close to the thrust requirements sought by India for current and future combat aircraft programmes. However, such upgraded variants remain developmental concepts and would require significant investment, testing, certification, and production commitments before entering service. Strategic Significance The F414 co-production initiative remains one of the most important defence-industrial projects under the broader India-US strategic partnership. The programme was expected to strengthen India's aerospace manufacturing base while providing access to advanced fighter engine technologies. At the same time, the current negotiations reflect India's broader objective of balancing foreign technology acquisition with indigenous capability development and long-term self-reliance in critical defence technologies. Sources indicate that discussions with GE Aerospace continue, while parallel assessments of alternative options are underway. Any eventual resolution—whether through revised commercial terms with GE or the selection of alternative partners—will have significant implications for the timelines and future development of the Tejas Mk2, AMCA, and TEDBF programmes. For now, the F414 remains the planned engine for India's next generation of indigenous fighter aircraft, but the ongoing pricing dispute has opened the door for competing international proposals as India evaluates the most cost-effective path forward.
Read More → Posted on 2026-06-24 09:53:41
World
SURABAYA, Indonesia, June 23, 2026 — Indonesia's first two domestically built Scorpène Evolved submarines will enter service with full anti-ship missile launch capability, officials and industry sources have confirmed, dismissing recent reports that suggested the vessels would initially be delivered without missile integration. The clarification comes as Indonesia advances construction of the two diesel-electric attack submarines under a $2.16 billion program being executed by state-owned shipbuilder PT PAL Indonesia in partnership with France's Naval Group. Missile Capability Included From the Start According to sources involved in the program, integration of the MBDA SM39 Exocet submarine-launched anti-ship missile has been a core requirement since the project's inception and was explicitly included in the original contract signed between Indonesia and Naval Group. Recent speculation regarding the submarines' weapons configuration prompted concerns that missile-launch capability would be added at a later stage. However, officials familiar with the project stated that the SM39 Exocet capability remains part of the baseline design and will be available when the submarines enter operational service with the Indonesian Navy (TNI AL). The clarification follows comments by PT PAL President Director Dr. Kaharuddin Djenod regarding future missile integration efforts. He explained that those remarks referred to the company's broader objective of acquiring advanced systems integration expertise through technology transfer arrangements rather than any delay in missile integration for the Scorpène Evolved program. PT PAL aims to leverage this knowledge for future naval projects, including Indonesia's indigenous autonomous submarine program, known as KSOT. Domestic Construction and Technology Transfer The Scorpène Evolved program represents a major step forward for Indonesia's defense industry. Through a comprehensive transfer of technology agreement with Naval Group, Indonesia is set to become the first ASEAN nation capable of building advanced submarines domestically. The submarines will be constructed entirely at PT PAL's shipyard in Surabaya, East Java, by Indonesian engineers and technicians. The contract was signed in 2024 and officially entered into force in July 2025, with pre-production activities and steel-cutting qualification milestones already completed. The program includes extensive workforce development initiatives, with more than 400 Indonesian engineers and technicians receiving training and technical support from approximately 50 Naval Group specialists. Indonesia's Ministry of Defense has also mandated full local production, ensuring national control over maintenance, repair, overhaul, sustainment, and future upgrades throughout the submarines' operational life. Advanced Design and Combat Systems The Indonesian Scorpène Evolved submarines incorporate Naval Group's latest Full Lithium-Ion Battery (LiB) propulsion technology, offering significant improvements in endurance and operational flexibility. Unlike conventional submarines that rely on Air-Independent Propulsion (AIP) systems, the lithium-ion battery configuration provides extended underwater endurance while reducing logistical and maintenance requirements. The submarines are expected to remain operational for up to 80 days and achieve a range exceeding 8,000 nautical miles. Each submarine measures approximately 71 to 72 meters in length and is designed to operate with a crew of around 31 personnel. The vessels are equipped with six 533 mm torpedo tubes and can carry a total weapons load of up to 18 munitions. Alongside the SM39 Exocet anti-ship missile, the submarines will be capable of deploying heavyweight torpedoes, including Naval Group's F21 torpedo. The design also provides growth potential for future payload integration, including unmanned underwater vehicles and additional mission systems as operational requirements evolve. Strengthening Indonesia's Undersea Deterrence Designed for both deep-ocean operations and shallow-water missions, the Scorpène Evolved submarines are optimized for Indonesia's vast archipelagic environment. Their capabilities are expected to enhance the Indonesian Navy's ability to conduct maritime surveillance, sea-denial operations, and territorial defense across strategically important waterways. The acquisition forms part of Indonesia's broader naval modernization efforts and is expected to significantly strengthen the country's underwater warfare capabilities in the Indo-Pacific region. With missile-launch capability included from the outset and domestic construction progressing under a comprehensive technology transfer framework, the Scorpène Evolved program is set to become a cornerstone of Indonesia's future submarine fleet while expanding the nation's indigenous defense industrial base.
Read More → Posted on 2026-06-23 13:38:46
World
ÄMARI AIR BASE, Estonia, June 23, 2026 — Estonia has received its first IRIS-T SLM medium-range air defense system at Ämari Air Base, marking the largest defense investment in the country's history and significantly expanding its air defense capabilities. The German-made IRIS-T SLM was procured through the Estonian Centre for Defence Investments (ECDI) under a joint acquisition program with Latvia. The system fills a key capability gap between Estonia's existing short-range air defense assets, including Mistral and Piorun MANPADS, and longer-range air defense systems. Manufactured by Diehl Defence, the IRIS-T SLM has gained attention for its performance in Ukraine, where it has been used to intercept cruise missiles, attack drones, and aerial bombs. The system uses an imaging infrared seeker that improves target discrimination and effectiveness against low-signature threats. The IRIS-T SLM can engage aircraft, helicopters, cruise missiles, and drones at ranges of up to 40 kilometers and altitudes of up to 20 kilometers. Each firing unit includes multiple mobile launchers, a radar unit, a tactical control center, and support vehicles, allowing independent and mobile operations. Brigadier General Riivo Valge, Commander of the Estonian Air Force, said the system's engagement altitude provides a capability Estonia previously lacked, preventing hostile aircraft from operating freely over its territory. He also highlighted the system's tactical mobility, which allows rapid repositioning. The delivery is part of a €400 million contract signed in autumn 2023. Estonia ordered three firing units, with the remaining two scheduled for delivery in 2027. Latvia signed a separate €600 million agreement for the same system as part of efforts to develop a coordinated, layered air defense network across the Baltic region. Both countries are also participating in the European Sky Shield Initiative (ESSI), launched by Germany in 2022 to strengthen European ground-based air defense cooperation. Diehl Defence CEO Helmut Rauch said the delivery demonstrates the company's ability to meet commitments despite strong demand for air defense systems across Europe. Although the first system has arrived, Estonian officials said it will take several months of training before it reaches full operational readiness. The Estonian Air Defence Wing, established in July 2023, continues to expand its personnel and operational capabilities, with its first conscripts beginning service in July 2026. Defence Minister Hanno Pevkur said the war in Ukraine has highlighted the importance of modern air defense systems for protecting populations, military units, and critical infrastructure. Estonia, which has a population of approximately 1.4 million and shares a 294-kilometer border with Russia, currently spends about 3.7 percent of its GDP on defense. Once operational, the IRIS-T SLM will become a key element of the country's layered air defense network.
Read More → Posted on 2026-06-23 13:29:45
World
MANILA, Philippines, June 23, 2026 — The Philippine Navy has officially inducted four Ocean Aero Triton Autonomous Underwater and Surface Vehicles (AUSVs) through a United States-funded security assistance program aimed at enhancing maritime domain awareness and surveillance capabilities. The transfer, valued at approximately US$13 million (PHP 754 million), was formalized during a handover ceremony held on June 22 at Naval Operating Base Subic Bay in Zambales. The systems will be operated by the Philippine Navy’s Unmanned Surface Vessel Unit One to support maritime monitoring and territorial defense missions. The turnover ceremony was attended by U.S. Embassy Chargé d’Affaires ad interim Bridgette Walker and Senior Defense Official and Defense Attaché Col. Daniel Oh, representing the United States. The systems were received by Philippine Fleet Commander Rear Adm. Joe Anthony Cabahug-Orbe and Unmanned Surface Vessel Unit Acting Commander Lt. Cmdr. Aldwin Pasicolan. Ocean Aero Triton Capabilities The Ocean Aero Triton is a dual-modality Autonomous Underwater and Surface Vehicle capable of operating both on the surface and underwater. Powered by wind and solar energy, the platform is designed for long-endurance maritime surveillance operations while maintaining a low logistical footprint. Key specifications include: Surface endurance of more than 30 days using wind propulsion and 740-watt solar panels Subsurface endurance of over 5 days powered by 13.2 kWh onboard batteries Length of 14.5 feet (4.4 meters) and weight of approximately 775 pounds (350 kilograms) Maximum speed of 5 knots on the surface and 2 knots underwater Payload capacity of up to 50 pounds (22.7 kilograms) for modular sensors and mission equipment The vehicles can carry side-scan sonar, passive acoustic sensors, intelligence-gathering equipment, and other surveillance payloads. They are capable of supporting intelligence, surveillance and reconnaissance (ISR), maritime domain awareness, anti-submarine warfare support, and mine countermeasure operations. The Tritons can be deployed from forward operating bases, remote islands such as the Batanes Island Group, standard boat ramps, or small vessels. Their low radar and visual signature, combined with underwater operating capability, enables discreet monitoring of maritime areas, surface vessels, and underwater infrastructure. The systems are equipped with 360-degree cameras, side-scan sonar, radio mesh networking, and satellite communications for data transmission to command centers. Strengthening Maritime Surveillance The acquisition supports the Armed Forces of the Philippines (AFP) efforts to improve surveillance coverage across its archipelagic waters, Exclusive Economic Zone (EEZ), and strategically important areas including the Spratly Islands and Scarborough Shoal. According to the U.S. Embassy, the Tritons will assist in monitoring illegal fishing activities, threats to freedom of navigation, and gray-zone maritime activities. Their long-endurance autonomous operation allows continuous collection and transmission of intelligence without exposing personnel to operational risks. Expanding the Philippine Navy's Unmanned Fleet The Ocean Aero Tritons join other unmanned maritime systems already operated by the Philippine Navy's Unmanned Surface Vessel Unit One. The unit currently operates four MARTAC Mantis T-12 unmanned surface vessels and at least one Devil Ray T-38, which were also provided through U.S. security assistance programs. The addition of the Triton systems expands the Philippine Navy's layered maritime surveillance architecture, enhancing its ability to monitor territorial waters, critical sea lanes, and maritime activities across a broad operational area. The transfer forms part of ongoing U.S.-Philippines defense cooperation and supports the modernization of the Philippine Navy's unmanned maritime capabilities.
Read More → Posted on 2026-06-23 13:23:49
World
DÜSSELDORF, Germany, June 23, 2026 — Rheinmetall has received a contract from the German Armed Forces (Bundeswehr) for the supply of 23 Bergepanzer 3 Büffel armoured recovery vehicles (ARVs). The replacement order, valued in the mid three-digit million-euro range, reportedly around €360 million, follows a budgetary decision approved by the German Bundestag on June 10, 2026. The procurement is intended to replenish Bundeswehr inventories after Germany transferred armoured recovery vehicles to Ukraine as part of its military assistance program. The order will restore recovery capabilities within Germany’s mechanised forces while introducing the latest Bergepanzer 3 A2 configuration. Replacing Vehicles Supplied to Ukraine Germany previously transferred a total of 23 armoured recovery vehicles from Bundeswehr stocks to Ukraine, including: 21 Bergepanzer 2 (BPz 2) vehicles 2 Bergepanzer 3 (BPz 3) vehicles The new procurement directly compensates for those transfers and strengthens the Bundeswehr’s armoured recovery and support vehicle fleet. By acquiring the modernized A2 variant, the German military will not only restore vehicle numbers but also improve the technological standard of its recovery units. Bergepanzer 3 A2 Recovery Vehicle The Bergepanzer 3 Büffel, known internationally as the Buffalo ARV, is based on the chassis of the Leopard 2 main battle tank. The vehicle is designed to support armoured formations by conducting battlefield recovery, maintenance, and engineering tasks under operational conditions. The Bundeswehr’s A2 configuration represents a modernized and obsolescence-cleared version of the established platform. The upgrade incorporates current technological standards, digital operating systems, and provisions for future enhancements to ensure long-term operational readiness. Key Capabilities The Bergepanzer 3 A2 is capable of recovering, towing, and securing damaged military vehicles, including main battle tanks weighing up to 60 tonnes and vehicles classified up to Military Load Class (MLC) 80. Its primary capabilities include: Recovery and towing of damaged combat vehicles under armour protection A 32-tonne crane for field maintenance and engine replacement Main and auxiliary winches with pulling capacities of up to 35 tonnes A dozer blade for obstacle clearance and earth-moving operations Transport of spare parts, tools, and replacement powerpacks Battlefield repair and maintenance support Support for difficult terrain operations and water crossings Self-defence systems including a remote-controlled weapon station and smoke grenade launchers The vehicle is powered by an MTU MB 873 Ka 501 12-cylinder diesel engine producing approximately 1,500 horsepower, providing mobility and performance comparable to Leopard 2 family vehicles. Accelerated Production and Delivery Schedule Rheinmetall stated that it pre-financed and initiated production activities before the formal contract award to enable faster deliveries. Under the agreed schedule: Milestone Date First Vehicle Delivery December 2027 Final Vehicle Delivery June 2029 The first vehicle is scheduled for delivery in December 2027, approximately 18 months after contract signing. The final vehicle is expected to be delivered in June 2029. The accelerated schedule reflects the Bundeswehr’s effort to rapidly restore a proven armoured recovery capability within its mechanised formations following equipment transfers to Ukraine. Established Platform The Bergepanzer 3 Büffel has been in service for more than 30 years and is operated by over 12 countries. More than 200 vehicles have been delivered worldwide, making it one of the most widely used armoured recovery vehicles based on the Leopard 2 platform. Its compatibility with Leopard 2 tanks and related support vehicles allows seamless integration into existing armoured units operated by Germany and allied nations. Supporting Bundeswehr Modernization The latest order forms part of Germany’s broader effort to restore and modernize military equipment inventories while maintaining support for Ukraine. Although the procurement addresses the immediate shortfall created by vehicle transfers, the Bundeswehr is expected to pursue additional recovery vehicle acquisitions in the coming years as part of its wider modernization plans. The acquisition reinforces Rheinmetall’s role as a key supplier of Leopard 2-based support systems while supporting the Bundeswehr’s objective of maintaining operational readiness across its armoured and mechanised forces.
Read More → Posted on 2026-06-23 13:06:34Search
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