Something about this milestone feels like watching the future step out of the hangar a little earlier than expected. The Royal Australian Air Force and Boeing managed to pull off what, until recently, lived mostly in concept art and DARPA slide decks: an unmanned MQ-28 Ghost Bat autonomously firing an AIM-120 AMRAAM and destroying a fighter-class target drone, all while working in formation with crewed aircraft as if it were just another wingman. It’s a moment that quietly redraws the tactical aviation landscape, and maybe—just maybe—signals how deeply autonomous CCAs are about to reshape force structure.
The scene unfolded across multiple airborne nodes. The MQ-28 launched from its own base, the E-7A Wedgetail from another, and a F/A-18F Super Hornet from yet another. Once in the air, the Wedgetail’s operator essentially became the mission shepherd, maintaining oversight of the Ghost Bat’s behavior and providing the final authorization before weapons release. The Super Hornet joined up with the MQ-28 in combat formation, extending its sensor reach, and when its systems locked onto the target drone the data ricocheted cleanly across all three platforms. The MQ-28 shifted position for an optimal firing geometry, waited for the go-signal from the E-7A, and then—without a pilot onboard or a remote operator flying its stick—launched an AMRAAM that cleanly eliminated the target.
Amy List from Boeing Defence Australia didn’t mince words about the significance, calling it the first time an autonomous aircraft has executed an air-to-air weapon engagement with an AIM-120. The tone from Boeing’s Phantom Works was similar: Colin Miller framed it as a validation not only of the platform, but of the mission autonomy stack built on open standards, capable of integrating across fourth-, fifth-, and even sixth-generation aircraft ecosystems. And honestly, the speed matters almost as much as the achievement; the team moved from architecture to integrated, live-fire demonstration in under eight months, which is absurdly fast by defense-industry norms.
This wasn’t an isolated Australian experiment either. The U.S. Air Force and various industry partners were woven into the effort, underscoring how CCAs are steadily shifting from “promising prototypes” into genuinely deployable operational mass. The value proposition is becoming hard to ignore: more sensors in the battlespace, more shooters, more data fusion, and a way to push risk away from human pilots without sacrificing capability. The Ghost Bat’s successful engagement reads like a hint at the coming doctrine—loyal wingmen that aren’t really “wingmen” but autonomous assets capable of independent targeting cycles, high-speed decisionmaking, and deep interoperability.
Not every demonstration reshapes expectations. This one does. The MQ-28 just proved that autonomous combat aviation isn’t a someday technology—it’s joining the order of battle.