The U.S. Air Force has successfully demonstrated an F-22 Raptor fighter jet commanding an autonomous combat drone during a flight test conducted earlier this month at Edwards Air Force Base in California. The demonstration involved an F-22 aircraft working alongside a YFQ-44A Fury collaborative combat aircraft, developed by Anduril.
During the test, after both aircraft became airborne, the F-22 pilot transmitted updated mission plans to the drone via a tactical data link. Upon receiving these instructions, the YFQ-44A’s onboard autonomous system automatically parsed the mission parameters and independently executed the required maneuvers and simulated combat tasks. Throughout the exercise, the human pilot functioned primarily at a high tactical command level, determining operational objectives while the drone’s independent software system managed the actual flight control and execution.
Air Force officials emphasized that this operating model differs from traditional dual-aircraft piloting concepts. The pilot does not directly manipulate the flight attitude of the uncrewed vehicle; instead, the human assigns objectives, leaving the technical implementation to the autonomous system. This architecture forms a core component of the broader Collaborative Combat Aircraft, or CCA, initiative. The program seeks to field cost-effective, semi-autonomous uncrewed aerial vehicles designed to fly alongside crewed fifth- and sixth-generation fighters.
While the recent test involved a single F-22 and one YFQ-44A, the Air Force maintains broader long-term objectives for the initiative. Future operational concepts envision a single pilot managing multiple autonomous wingmen capable of carrying supplemental weapons, sensors, and electronic warfare payloads to multiply the combat power of tactical formations.
Despite the successful demonstration, significant questions regarding technical specifics remain unanswered. The Air Force and Anduril have not disclosed the complete cockpit control interface used during the test, leaving the exact mechanics of how pilots issue commands to the uncrewed aircraft undisclosed. Furthermore, military analysts and observers note that the capability of a pilot to effectively manage multiple autonomous drones while simultaneously operating their own high-performance fighter in intense combat environments requires extensive further validation.
The YFQ-44A Fury represents one of two initial designs selected for the CCA program’s first phase, alongside General Atomics’ YFQ-42A. Under current military planning, the Air Force aims to deploy 500 operational semi-autonomous aircraft by 2032, eventually building toward a total fleet of at least 1,000 collaborative uncrewed combat platforms.
This flight test builds upon a series of prior military autonomy initiatives. In March 2023, the Air Force released results from tactical flight and simulated combat tests utilizing an artificial intelligence-controlled, modified F-16 fighter. Subsequently, in April 2024, the Defense Advanced Research Projects Agency reported that an AI-equipped X-62A VISTA experimental aircraft engaged in simulated dogfights against a crewed F-16, completing the exercises without requiring human intervention from safety pilots onboard.
Military leadership plans to test the platforms further within large force employment exercises. The YFQ-44A Fury and General Atomics’ Vengeance uncrewed aircraft are scheduled to participate in the upcoming Emerald Flag exercise this December, marking their first involvement in large-scale force deployment evaluations. Alongside aerial combat drones, the U.S. military continues to advance parallel research into humanoid robotics and artificial intelligence command frameworks as part of a broader transition toward mixed-force architectures.
