Red 6 and Northrop Grumman Join Forces to Advance Autonomous Combat Training

Red 6, a pioneer in augmented reality flight training, has announced a new partnership with Northrop Grumman to integrate its Advanced Tactical Augmented Reality System (ATARS) into Beacon, Northrop’s open-access testbed ecosystem for autonomous mission development. The collaboration aims to accelerate the deployment of autonomous systems by combining Red 6’s immersive training technology with Northrop Grumman’s flight software and mission platforms.

Beacon, unveiled earlier this year, is designed to simulate mission-relevant environments for testing and refining autonomous capabilities. By incorporating ATARS, the platform will now offer virtual outdoor worlds that replicate threat-level scenarios at scale, enhancing safety, reducing airspace constraints, and enabling next-generation aircraft training with lower environmental impact.

Augmented Reality Meets Autonomous Systems

ATARS is already in use for collaborative combat aircraft (CCA) training, allowing pilots to rehearse complex formations and tactics in synthetic environments. The system supports multi-player scenarios, full daylight visibility, and low-latency performance in high-speed flight, features that make it uniquely suited for integration into autonomous testbeds.

Red 6’s contribution to Beacon will help validate how augmented reality can support both crewed and uncrewed operations, a critical capability as the U.S. Air Force and other defense agencies prepare for a future dominated by manned-unmanned teaming.

Commentary: Training the Future Force

This partnership reflects a growing trend in aerospace defense, leveraging immersive technologies to prepare warfighters for increasingly autonomous missions. As the Pentagon continues to invest in CCAs and swarming drone concepts, platforms like Beacon offer a proving ground for the software and systems that will define next-generation air combat.

Red 6’s integration into Beacon also signals a shift in how training is approached. Rather than relying solely on live exercises, which are costly and logistically complex, augmented reality offers a scalable alternative that can simulate high-threat environments with precision and repeatability. For aerospace professionals, this represents a new frontier in readiness and lethality.