GE Aerospace has announced a strategic partnership with defense technology firm Shield AI to develop advanced propulsion systems for the innovative X-BAT vertical takeoff and landing (VTOL) combat drone. This collaboration is formalized through a recent memorandum of understanding, aiming to integrate the technological strengths of both companies.
The X-BAT will utilize GE’s powerful F110-GE-129 engine, which features a sophisticated Axisymmetric Vectoring Exhaust Nozzle (AVEN). This system enables enhanced thrust vectoring, significantly improving the aircraft’s maneuverability and capacity for vertical flight—a crucial advantage for modern combat scenarios.
As part of the partnership, GE Aerospace will also render testing and propulsion support throughout the development of the program, ensuring that the X-BAT meets stringent performance and operational standards.
Amy Gowder, who serves as the president and CEO of Defense & Systems at GE Aerospace, emphasized the synergy created through this collaboration. She noted that combining GE’s expertise in propulsion with Shield AI’s innovative approach to autonomous aircraft design allows for expedited progress from conceptualization to operational capability.
Shield AI first unveiled the X-BAT in October, branding it as an AI-piloted VTOL fighter specifically designed to perform in “contested and austere” environments. The drone is powered by Shield AI’s proprietary Hivemind software, which enables it to conduct complex missions independently or support crewed aircraft as a loyal wingman, demonstrating a significant advancement in autonomous military operations.
The X-BAT represents a fusion of jet-like performance and cutting-edge autonomous decision-making. It has been engineered to deliver scalable combat capabilities in high-threat areas, leveraging artificial intelligence to execute maneuvers and carry out missions without relying on GPS or human intervention. This autonomous capability proves advantageous in scenarios where traditional aircraft operational parameters are challenged.
Notably, the X-BAT is designed for versatility; it can take off and land from short or damaged runways, ensuring operational functionality in environments where conventional jets may struggle. This capability is part of a broader strategic initiative by Shield AI to develop autonomous systems that establish air dominance, building on their earlier successes with the V-BAT series of smaller VTOL drones that are currently in use by the U.S. military.
With the introduction of the X-BAT, Shield AI is expanding its product portfolio into jet-powered platforms, enhancing factors such as range, speed, and payload capacity—critical elements for contemporary military engagements. The collaboration with GE Aerospace marks a significant step forward in the evolution of autonomous combat aviation technology.
