In a major move toward AI-driven aerial warfare, GE Aerospace has partnered with Shield AI to deliver jet propulsion technology for the new X-BAT VTOL combat drone. Under a recent memorandum of understanding, the drone will be powered by GE’s F110-GE-129 engine, equipped with the Axisymmetric Vectoring Exhaust Nozzle (AVEN) for enhanced thrust vectoring and vertical maneuverability, giving the aircraft exceptional agility in both takeoff and mid-air operations.
As part of the collaboration, GE Aerospace will handle propulsion testing and performance support, while Shield AI leads on AI flight integration and combat mission systems. The X-BAT combines autonomous control, jet propulsion, and next-generation flight mechanics, positioning it as one of the most advanced VTOL platforms in development for modern defense forces.
Revealed in October, Shield AI’s X-BAT is an AI-piloted, VTOL-capable combat drone designed for contested and GPS-denied zones. Powered by Hivemind, Shield AI’s proprietary autonomy stack, the drone can plan missions, coordinate with other aircraft, and engage in dynamic combat operations — all without human input. The platform is capable of functioning independently or as a loyal wingman, extending the combat capabilities of traditional manned aircraft.
The X-BAT extends Shield AI’s successful V-BAT drone line into the jet-powered domain, offering greater range, speed, and payload flexibility. With GE Aerospace’s propulsion expertise and Shield AI’s leadership in autonomous flight, the collaboration underscores a shared goal: building scalable, intelligent air combat systems that redefine air dominance and future warfare dynamics.
