The U.S. Air Force has flown its experimental XQ-67A drone in a new test over the Nevada Test and Training Range, probing whether an uncrewed aircraft can scout ahead of crewed fighters and keep them connected across wide stretches of airspace.The flight was part of Demon APE, short for Demonstration of ACP Performance and Effectiveness, a project led by the Air Force Research Laboratory (AFRL). AFRL said in an Oct. 27 statement that it ran the test with Air Combat Command’s Experimental Operations Unit, a pairing meant to shorten the path from lab experiment to operational use.What was put to testSeveral systems were evaluated at once: onboard mission equipment, beyond-line-of-sight communications and the software that lets the drone act autonomously. The goal is to give aircrews and command centers a fuller tactical picture so they can decide faster when aircraft are spread across large areas.Beyond-line-of-sight links carry data farther than direct radio can reach, as long as relay infrastructure is available. That could keep drones in separate sectors tied into a common command-and-control network. AFRL has not released the communications range, frequencies or how the system performed under electronic jamming.Drone behind the testGeneral Atomics Aeronautical Systems built the XQ-67A, a jet-powered uncrewed aircraft that grew out of the Off-Board Sensing Station program. It has fixed wings, a tail and a single jet engine, and it first flew Feb. 28, 2024, from General Atomics’ Gray Butte facility in California.It is built on a common airframe that can take different mission configurations, an approach developed under the Low-Cost Attritable Aircraft Platform Sharing initiative. AFRL separates sensing-focused versions from weapons-focused ones, and reusing structure and subsystems could hold down development and production costs.The new flight builds on a July 16, 2025, test in which the XQ-67A tied a government-developed autonomy architecture to an active tactical data link and received mission updates in real time. This time, the Air Force added live, virtual and constructive simulations to evaluate how platforms coordinate in a more complex environment.Sensor first, shooter laterThe XQ-67A is a stepping stone toward the Air Force’s Collaborative Combat Aircraft program. General Atomics drew on its experience to develop the YFQ-42A, a combat-oriented drone. The XQ-67A stays experimental, focused on sensing and systems integration, while the YFQ-42A is being built for air combat. Anduril’s YFQ-44A is the other aircraft in the CCA effort.Scouting without riskFor the Air Force, the main payoff is placing sensors ahead of crewed formations. Autonomous drones could detect threats, pass along information about the surrounding airspace and extend surveillance coverage without routinely exposing pilots to hostile defenses. More aircraft across an area could also make it harder for an adversary to detect and track forces.The concept’s success will hinge on reliable communications and on autonomous systems that keep working in contested electromagnetic environments.Army Recognition’s analysis ties that to the Indo-Pacific, where Chinese detection systems and integrated air defenses complicate U.S. operations, and to Europe, where Russian electronic warfare remains a concern for NATO.