BAE Systems delivers defense, aerospace, and security solutions for governments and critical infrastructure. It designs, builds, integrates, and sustains complex systems—aircraft, submarines, land platforms, ships, sensors, software, and cyber assets—often as end-to-end programs for customers like the DoD. It differentiates itself by operating across air, sea, land, cyber, and space and pursuing scale through acquisitions to win large government contracts. Its goal is to help nations stay secure by advancing dependable technologies, including autonomous systems and artificial intelligence, supported by a strong order backlog and long-term services.
Company Size
10,001+
Company Stage
IPO
Headquarters
London, United Kingdom
Founded
1971
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Health Insurance
401(k) Retirement Plan
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Flexible Work Hours
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Wellness Program
Mental Health Support
Pension Scheme
Employee Share Plans
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Annual Incentive
BAE Systems' AN/APX-127(V)1 Combined Interrogator Transponder has received AIMS certification from the Department of War for the US Air Force's F-16 Fighting Falcon. The system consolidates interrogator and transponder functions into one unit for highly manoeuvrable aircraft. The modernised IFF solution features open-system architecture allowing software upgrades, reducing hardware modification costs. It serves as a drop-in replacement for AN/APX-113(V), AN/APX-125(V), and AN/APX-126(V) systems currently operating on multiple US and international platforms. The device is AIMS Mark XIIB IFF certified with Mode S and Mode 5 for encrypted data exchange. BAE Systems expects to begin delivering the first 90-unit production lot this year from its Greenlawn, New York and Austin, Texas facilities.
BAE Systems delivered two Infantry Fighting Vehicles to the U.S. Army in April to support the Transformation in Contact 2.0 initiative. The vehicles were developed using $17 million of internal research and development funding, based on the Armored Multi-Purpose Vehicle chassis. Development took six months from start to delivery. The AMPV 30s feature KONGSBERG Medium Caliber Turrets, currently used by the U.S. Marine Corps. They include counter-unmanned aircraft systems capabilities, cross-platform target handoff systems, and 360-degree situational awareness cameras. The modular design allows integration of various mission equipment packages and adapts to over 30 different turret systems. These vehicles bring BAE Systems' total turreted AMPV prototypes to eight over the past two years.
BAE Systems OneArc has secured an Other Transaction Agreement contract from the US Army to integrate its Embedded Collective Training solution on combat vehicles at Fort Hood, Texas. This marks the first commercially available embedded trainer installed in a US Army combat vehicle. The system allows soldiers to train directly on their operational vehicles without relying on fixed simulator facilities. Army crews will use the technology for precision gunnery progression tasks and platform qualification during the Force Development Innovation & Assessment event. The deployment addresses a longstanding gap where embedded training typically arrives years after a platform enters service. By integrating commercial training technology directly onto combat platforms, the Army aims to pair new equipment with training capability from deployment, rather than treating training as a follow-on programme. The solution is designed to scale from individual crew training to platoon-level collective training and can extend to other ground platforms.
BAE Systems has secured $16 million in Defense Production Act Title III funding to demonstrate and qualify its radiation-hardened 45 nanometer technology. The funding comes via the Department of War's Warfighting Investments, Resourcing, and Execution directorate. The contract reestablishes the RH45 ASIC Storefront, strengthening the domestic supply chain for radiation-hardened microelectronics. Manufacturing will occur at GlobalFoundries' facility in Malta, New York, using 45nm silicon-on-insulator technology. RH45 technology enables space customers to develop custom solutions for missions requiring high-performance capabilities in harsh environments. The chips support military, civil, and commercial operations including planetary exploration, communications, national security, and weather monitoring. The technology will be integrated into single-board computers, including BAE Systems' Endura SBC. Work is performed at BAE Systems' Space Systems facility in Manassas, Virginia.
BAE Systems has launched Shadow EW, a family of compact electronic warfare solutions for small airborne platforms. The systems provide situational awareness and self-defence capabilities in contested environments. The solutions use commercial microchips for high-performance computing and supply chain efficiency, enabling high-volume, low-cost production. Shadow EW products feature configurable hardware with iterative software updates to counter evolving threats. The systems are designed around open architecture standards and support various EW mission applications, including situational awareness, targeting, deception, and survivability. Production will take place at BAE Systems facilities in Cedar Rapids, Iowa, with software and design work in Nashua, New Hampshire. Rebecca Cruz, Director of Shadow EW products at BAE Systems, said the solutions address the need for adaptable electronic warfare capabilities across all platform sizes.