AI System Completes Autonomous Fighter Intercepts in X-62 VISTA Flight Tests
Lockheed Martin Skunk Works, in collaboration with the US Air Force Test Pilot School, has completed a series of flight tests featuring AI-driven autonomous intercept maneuvers aboard the X-62A VISTA (Variable In-flight Simulator Test Aircraft). The sensor-driven AI system demonstrated the ability to conduct fighter intercept profiles without direct pilot intervention, leveraging real-time sensor data to guide decision-making during complex aerial scenarios.
The X-62A VISTA serves as a reconfigurable testbed designed to simulate the flight characteristics of various aircraft. During these trials, the AI system processed incoming sensor feeds to assess target positioning, manage intercept geometry, and execute maneuvers consistent with fighter intercept doctrine. The tests are part of broader efforts to develop and validate adaptive autonomy capabilities for next-generation military platforms.
The flight tests represent a step toward integrating machine learning-based control systems into operational flight environments, with implications for reducing pilot workload and enabling unmanned teaming concepts. Officials have noted that the AI's performance in the intercept scenarios will inform ongoing development of autonomous capabilities across the defense aerospace sector.