GA-ASI and USAF Demonstrate Manned-Unmanned Teaming With F-22 and MQ-20 In Joint Autonomy Exercise

Why It Matters

The successful manned‑unmanned teaming proves autonomous jets can extend the reach and survivability of legacy fighters, accelerating the Air Force’s shift toward network‑centric combat.

Key Takeaways

• F-22 commanded MQ-20 via autonomous data link
• Live engagement demonstrated real-time manned-unmanned coordination
• Autonodyne Bashi PVI enabled waypoint adjustments and CAP missions
• MQ-20 acts as surrogate collaborative combat aircraft for five years
• Rapid software integration showcases scalable autonomy for future force multipliers

Pulse Analysis

The recent joint autonomy exercise at Edwards Air Force Base marked a tangible step forward in manned‑unmanned teaming, pairing a fifth‑generation F‑22 Raptor with General Atomics’ MQ‑20 Avenger unmanned jet. By embedding the latest government‑reference autonomy software into both platforms, the test demonstrated that a human‑piloted fighter can issue real‑time commands to an autonomous aircraft, effectively extending its sensor envelope and strike reach. This collaboration underscores the Air Force’s push toward integrated combat networks where legacy fighters and emerging drones operate as a single, cohesive unit.

The exercise hinged on a robust tactical data link and the Autonodyne Bashi Pilot Vehicle Interface, which allowed the F‑22 to transmit waypoint updates, CAP vectors, and threat‑engagement directives to the MQ‑20. The unmanned jet responded autonomously, adjusting its flight path and executing combat air patrol patterns without pilot intervention. Sensors onboard the MQ‑20 fed situational data back to the fighter, creating a bidirectional flow of information that enhances decision‑making speed and reduces the cognitive load on the human pilot.

Beyond the demonstration, the successful integration signals a scalable pathway for the Air Force’s Collaborative Combat Aircraft concept, where swarms of autonomous platforms augment manned fighters across contested airspaces. GA‑ASI’s experience with the MQ‑20, now complemented by purpose‑built XQ‑67A and YFQ‑42A prototypes, suggests that future fleets could field mixed‑mission squadrons capable of simultaneous surveillance, electronic warfare, and strike tasks. For defense contractors and policymakers, the test validates investment in open‑architecture autonomy stacks that can be rapidly fielded, accelerating the transition to a more network‑centric, resilient combat force.