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The US Air Force has crossed a significant milestone in autonomous air combat. For the first time, one of its Collaborative Combat Aircraft (CCA) drones has successfully fired a live AIM-120 AMRAAM air-to-air missile during a test over the Mojave Desert in the southwestern US.
The achievement marks more than a successful weapons trial.
It demonstrates that autonomous “wingman” drones are moving from experimental platforms to combat-capable assets that could fundamentally reshape future air warfare.
What happened?
The test involved Anduril’s YFQ-44A, one of two prototype drones being developed under the Air Force’s Collaborative Combat Aircraft programme.
According to Air Force Chief of Staff Gen. Kenneth Wilsbach, the drone not only launched the missile but also successfully tracked its designated target. Anduril said the aircraft received a target track via its autonomous Lattice software, after which a human operator authorised the engagement, and the AIM-120 missile was then launched against a digital target.
The Air Force has underlined that while the aircraft can fly with high levels of autonomy, the decision to employ weapons will remain under human control.
Why is this significant?
The live firing removes one of the biggest questions surrounding autonomous combat aircraft: can they reliably detect, track and engage targets while operating as part of a larger air combat network?
The successful demonstration suggests they can.
It also validates the concept of “loyal wingman” drones, unmanned aircraft that fly alongside crewed fighters, extending their reach while taking on high-risk missions.
Instead of exposing expensive fighters and pilots to danger, these drones can carry additional missiles, conduct reconnaissance, jam enemy radars or penetrate heavily defended airspace ahead of manned aircraft.
Why is the US investing in CCAs?
The programme is driven by two realities.
First, modern fighter aircraft have become increasingly expensive to buy and operate. The Air Force says its CCA goal is to keep each drone at roughly one-third the cost of an F-35A fighter, whose current flyaway price is about US$83 million.
Second, future conflicts, particularly in the Indo-Pacific, are expected to involve large numbers of long-range missiles and sophisticated air-defence systems. Relying solely on small fleets of high-value fighters would be costly and risky.
By pairing each fighter with multiple autonomous drones, commanders can field larger, more survivable formations without proportionately increasing costs.
What happens next?
The Anduril and General Atomics platforms received approval in June to move into production, with a live missile firing from General Atomics’ YFQ-42A expected later this year.
The Air Force is also developing follow-on versions through successive “increments”, expanding the range of missions these aircraft can perform.
Future CCAs are expected to undertake electronic warfare, intelligence gathering, reconnaissance, suppression of enemy air defences and long-range strike missions, in addition to acting as airborne missile carriers.
Why does China matter?
The programme is closely linked to US planning for a potential conflict in the Indo-Pacific.
American lawmakers have argued that future CCAs must possess sufficient range to deploy from the continental United States, hop across allied bases and operate despite China’s expanding arsenal of long-range missiles that threaten forward US air bases.
Gen. Wilsbach said the Air Force expects the drones to have the range needed to deploy across the Pacific while supporting combat operations.
Why should India watch this?
The US test reinforces a trend already visible across major militaries. The future fighter fleet will increasingly comprise a mix of crewed aircraft and autonomous combat drones.
Countries including Australia, China, Russia and several European nations are pursuing similar “loyal wingman” programmes. For India, which is developing the CATS Warrior and other autonomous combat systems alongside the Advanced Medium Combat Aircraft (AMCA), the US milestone offers a glimpse of how next-generation air forces are likely to fight.
The lesson is clear – air superiority will increasingly depend not only on advanced fighters but also on affordable autonomous teammates capable of multiplying combat power while reducing risk to pilots.
Team BharatShakti
