BLUF

The US Air Force's lab and Air Combat Command successfully flew the autonomous platform, demonstrating advanced sensors, mission systems and beyond-line-of-sight control. The technology accelerates un-crewed combat capabilities and extends fighter force reach, while reducing risk to aircrews.

Learning Outcomes 

  • Explain the role of the XQ-67A Autonomous Collaborative Platform (ACP) in advancing autonomous air combat capabilities and supporting USAF strategic objectives.
  • Identify and describe the key technologies integrated into the XQ-67A, including advanced sensors, mission computers, thermal management systems, and beyond-line-of-sight communications that enable autonomous operations.
  • Assess the operational benefits of un-crewed collaborative platforms in extending the reach of crewed fighter formations, enhancing situational awareness, increasing affordable combat mass, and reducing risk to human aircrews. 
READ: Air Force Research Laboratory completes flight of XQ-67A, advancing autonomous technology

References