2026年2月,F-22号飞行员在实战模拟中遥控了一架MQ-20无人驾驶飞机,演示了先进的无人驾驶人员队伍。 In Feb 2026, an F-22 pilot remotely controlled an MQ-20 drone in live combat simulations, demonstrating advanced manned-unmanned teaming.

2026年2月,美国空军和通用原子航空系统公司在爱德华兹空军基地成功展示了载人-无人合作,F-22猛禽飞行员使用政府开发的自主软件和战术数据链接远程指挥MQ-20复仇者无人飞机. In February 2026, the U.S. Air Force and General Atomics Aeronautical Systems, Inc. successfully demonstrated manned-unmanned teaming at Edwards Air Force Base, with an F-22 Raptor pilot remotely directing an MQ-20 Avenger unmanned jet using government-developed autonomy software and a tactical data link. MQ-20自主执行的战术演习、调整飞行路线、进行战斗空中巡逻、并进行模拟空中威胁、展示实时协调和船上决策。 The MQ-20 autonomously executed tactical maneuvers, adjusted flight paths, conducted Combat Air Patrol, and engaged simulated airborne threats, showcasing real-time coordination and onboard decision-making. 测试突出了MQ-20作为代用协作作战飞机的作用,支持发展下一代自主平台,如XQ-67A和YFQ-42A。 The test highlighted the MQ-20’s role as a surrogate Collaborative Combat Aircraft (CCA), supporting the development of next-generation autonomous platforms like the XQ-67A and YFQ-42A. GA-ASI强调迅速的软件集成和任务灵活性,强调今后作战行动在人力-机械协作方面取得进展。 GA-ASI emphasized rapid software integration and mission flexibility, underscoring advancements in human-machine collaboration for future combat operations.