AviationNews – The United States Air Force is implementing a comprehensive avionics and mission systems upgrade on the X-62A VISTA research aircraft at Edwards Air Force Base, dramatically expanding its capacity to test real-time combat autonomy algorithms. The enhanced testbed directly accelerates development for the Collaborative Combat Aircraft (CCA) program, maturing artificial intelligence systems designed to fly and fight alongside crewed warplanes.
Funded by the Department of Defense’s Test Resource Management Center (TRMC) and developed alongside Lockheed Martin Skunk Works, Calspan, and the Air Force Research Laboratory (AFRL), the Mission Systems Upgrade (MSU) establishes the X-62A as the premier flying proving ground for tactical AI. The modernization overhaul follows a surge in interest revealed during the inaugural X-62 Research Symposium, where researchers submitted over 30 test proposals for fiscal years 2027 and 2028—far outstripping the military’s initial goal of three. The aircraft, a heavily modified two-seat F-16D operated by the U.S. Air Force Test Pilot School, previously validated live-fire concepts through programs like HAVE HEAT, where airborne AI ingested real-time infrared sensor data from a Legion Pod to autonomously intercept targets.
The current upgrade integrates the lightweight RTX PhantomStrike active electronically scanned array (AESA) radar, upgraded tactical datalinks, and high-performance processing hardware directly into the jet’s Enterprise Open Mission System Architecture. These architectural enhancements allow researchers to hot-swap third-party machine learning models in flight and deploy rigorous runtime assurance guardrails, such as 3Laws Robotics safety software, to prevent uncrewed systems from violating defined flight boundaries. In operational practice, this open-architecture configuration enables rapid iteration of target-recognition and formation algorithms without rebuilding the core flight control software.
“This demonstrates, without a doubt, the demand for testbeds like the X-62,” said Col. Maryann Karlen, Commandant of the U.S. Air Force Test Pilot School, highlighting the cross-sector collaboration between defense labs, academia, and front-line fighter pilots.
These enhancements mark a pivotal transition from controlled laboratory simulations to live airborne dogfighting and multi-ship mesh networking. As the Air Force targets operational CCA uncrewed wingmen by the late 2020s, having a reliable, human-piloted surrogate with real-world fail-safes will serve as the primary conduit for building pilot trust in algorithmic decision-making.
The expanded X-62A VISTA program ensures the U.S. military stays at the bleeding edge of autonomous air combat tactics. By fusing cutting-edge edge-computing and advanced sensors onto an agile airframe, the testbed is writing the operational rulebook for tomorrow’s human-machine combat formations.
