Air Force Flies XQ-67A Autonomous Collaborative Platform
The Air Force Research Laboratory announced a Nevada flight test of the XQ-67A uncrewed platform integrating advanced mission systems.
Updated on Nov. 3, 2026 in Quantum Computing
The Air Force Research Laboratory and Air Combat Command's Experimental Operations Unit flew the XQ-67A Autonomous Collaborative Platform in the Nevada Test and Training Range. The flight was completed under the Demonstration of ACP Performance and Effectiveness project.
Why it matters
The flight demonstrated that AFRL autonomous architectures can process and relay combat-relevant data in real-world scenarios. It directly supports National Defense Strategy priorities by accelerating ACP development and delivery.
The XQ-67A integrated state-of-the-art sensors, mission computers, power and thermal management hardware, and Beyond Line-of-Sight datalinks during the flight. No specific technical measurements such as processing power, range, or endurance were disclosed.
The players
Air Force Research Laboratory
The Air Force Research Laboratory is the Air Force's principal scientific research and development arm, conducting advanced technology work across aerospace domains.
Air Combat Command
Air Combat Command is the Air Force major command responsible for fighter, bomber, and reconnaissance aircraft and their combat readiness.
The details
The XQ-67A integrated several advanced mission systems designed to work collaboratively in combat environments. Integration of live, virtual and constructive simulations enabled management of uncrewed platforms across distributed theaters.
Timeline
Nov. 2, 2026: Air Force Research Laboratory publicly announced the XQ-67A flight.
The Tech Race
The flight extends the Air Force's Collaborative Combat Aircraft effort by demonstrating uncrewed platforms that can operate alongside crewed fighter formations. It positions the service's autonomy research as a competitive step in the broader race to field affordable uncrewed combat mass.
The XQ-67A program is a military research effort, so its direct effect on consumers is limited for now. Its demonstrated autonomy and data-relay work could eventually inform defense technology that reaches civilian systems.
The takeaway
Autonomous systems that pair with crewed aircraft could add operational capacity while reducing risk to human pilots. Watch for follow-on flight demonstrations as the ACP program matures.
Further reading
For more on emerging computing research, explore our Quantum Computing coverage.
