How AI powered autonomous drones are reshaping aerial combat

The United States Air Force has begun testing autonomous, AI-powered drones that could revolutionize aerial combat. These remotely piloted aircraft, known as Collaborative Combat Aircraft (CCA), are designed to work alongside manned fighter jets, enhancing situational awareness and reducing risk to human pilots. The US Air Force has received its first two CCAs, the General Atomics YFQ-42A and Anduril's YFQ-44A, under an accelerated acquisition program that emphasizes speed and early involvement of operational pilots.

Both drones will be tested to refine how they operate with crewed fighters in contested airspace while also shaping the necessary training, maintenance, manpower, and infrastructure to support such technology at scale.

The CCA concept relies on Manned-Unmanned Teaming, where fighter pilots act as mission commanders, directing robotic wingmen that serve as sensors, shooters, and weapons carriers. These unmanned aircraft fly ahead of manned jets, acting as forward eyes and ears while absorbing enemy fire to protect the more expensive manned platforms.

Concepts for the future of aerial warfare include standardised aircraft capable of both manned and unmanned roles and smaller, attritable drones like Boeing's MQ-28 Ghost Bat, currently undergoing flight trials. India is also pursuing a similar path through the Combat Air Teaming System (CATS), where a twin-seat Tejas will serve as a mothership coordinating swarms of unmanned aerial and combat vehicles.

The CATS Warrior, a low-observable loyal wingman drone, is expected to amplify sensors for the fighter it supports and carry weapons such as next-generation close combat missiles and smart anti-airfield weapons.