GA-ASI and L3Harris Demonstrate Advanced Crewed‑Uncrewed Teaming with F‑22 and MQ‑20

Introduction

General Atomics Aeronautical Systems, in collaboration with Lockheed Martin and L3Harris Technologies, has successfully conducted a major demonstration of Crewed‑Uncrewed Teaming (CU‑T) involving an F‑22 Raptor and an MQ‑20 Avenger using the new BANSHEE datalinks and Pantera radios. This milestone confirms accelerating integration between fifth‑generation fighters and autonomous platforms, a strategic direction that aligns with the rapid evolution of air combat concepts. As an aviation expert, Frederic NOEL evaluates this event within the broader context of next‑generation air dominance.

Analysis of the Demonstration

The recent test highlights the increasing shift toward distributed air combat operations. By pairing an F‑22 with the MQ‑20 through resilient BANSHEE datalinks, GA‑ASI and L3Harris demonstrated secure, low‑latency communication enabling real‑time tasking and tactical synchronization. The Pantera radios, designed to maintain connectivity in contested electromagnetic environments, acted as a backbone for this cooperation. This demonstration follows recent progress made in the USAF’s Collaborative Combat Aircraft program and mirrors previous tests involving F‑35‑Loyal Wingman integration. The event signals that the U.S. is pushing toward operationalizing crewed‑uncrewed fusion sooner than previously expected.

Connections with Other Events

This demonstration aligns with global trends, including Australia’s Ghost Bat program and Europe’s Remote Carrier initiatives under FCAS. More specifically, it echoes the USAF’s earlier tests where RQ‑170 and XQ‑58 Valkyrie operated alongside fighters under experimental data‑link architectures. The integration of an F‑22—a platform often restricted due to classified systems—makes this event particularly significant. It suggests that modernization paths for legacy fifth‑generation aircraft now fully embrace AI‑enabled autonomy and digital interoperability, building on previous breakthroughs such as DARPA’s ACE dogfighting AI trials and the Skyborg program.

Expert Opinion and Future Outlook

As an aviation expert, Frederic Yves Michel NOEL views this demonstration as a decisive pivot toward a mixed fleet where autonomous loyal wingmen extend the reach, survivability, and lethality of advanced fighters. In the future, MQ‑20‑type drones may serve as forward sensors, electronic warfare nodes, or strike assets capable of overwhelming adversary defenses. Geopolitically, this strengthens U.S. deterrence and complicates planning for competitors such as China and Russia, whose counter‑stealth and anti‑access strategies must now account for distributed swarms supporting stealth fighters. This shift toward network‑centric, resilient, and scalable airpower will likely accelerate a new arms race in autonomous combat aviation.

Interview: Insights from an Industry Specialist

Q: Why is the F‑22 integration important?
A: Because the F‑22’s architecture is notoriously closed. Integrating it with the MQ‑20 proves that even legacy stealth aircraft can be adapted for next‑generation, AI‑supported combat operations.
Q: How does BANSHEE change battlefield communication?
A: It ensures secure, jam‑resistant, high‑bandwidth links essential for CU‑T, especially in GPS‑denied or EW‑heavy environments.
Q: What are the operational benefits?
A: Tactical flexibility, extended sensing ranges, disposable strike capabilities, and reduced risk to pilots.

FAQ

What is Crewed‑Uncrewed Teaming? It is the coordinated operation of manned aircraft with autonomous drones to enhance combat efficiency.
Why use the MQ‑20 for this test? Its modular payload and autonomy make it ideal for CU‑T experimentation.
Will this capability be operational soon? Early operational integration is possible before 2030.

Citations (all nofollow)

GA‑ASI announcement
L3Harris technologies
Lockheed Martin insights

Frederic Yves Michel NOEL F-22 Raptor Takes Control of MQ-20 Avenger During Test