Talon IQ completes autonomy test flight as Northrop Grumman targets next U.S. Air Force CCA round
Northrop Grumman has flown its Talon IQ aircraft with two autonomy software stacks, sharpening its position for the U.S. Air Force’s next Collaborative Combat Aircraft competition.
The test involved the Model 437 aircraft built by Scaled Composites and took place over Mojave, California. Northrop Grumman said the aircraft flew with its Prism autonomy software and Shield AI’s Hivemind software during the same mission. According to the companies, Hivemind commanded the aircraft through combat air patrol and target engagement maneuvers before control transitioned back to Prism without disruption. The demonstration was aimed at proving that Talon IQ can accept and swap third-party autonomy packages rather than operate inside a closed software environment.
That claim matters because the Air Force is pushing an open-architecture approach for its future uncrewed combat fleet. Northrop Grumman and Shield AI said the flight showed Talon IQ’s plug-and-play design can host third-party AI platforms while aligning with U.S. government reference architectures, the standards intended to ensure secure and reliable interoperability across defense systems. The companies also said Hivemind moved from a single-day hardware-in-the-loop test to real flight on the aircraft. If that pace holds in broader testing, it would support a central Air Force goal: inserting new mission autonomy software into operational platforms faster and with less integration friction.
The flight comes as the Air Force advances the mission autonomy phase of its CCA effort. In Increment 1, the service is evaluating the YFQ-42A from General Atomics and the YFQ-44A from Anduril, with autonomy software being provided by Collins Aerospace and Shield AI respectively under the Autonomy Government Reference Architecture model. The Air Force is expected to select one of those two designs this year for the first increment. At the same time, Northrop Grumman’s YFQ-48A Talon has become the third CCA prototype to receive an Air Force designation and is widely viewed as a contender for Increment 2, whose development is set to begin this year.
The Talon IQ test does not settle that contest, but it underlines where the competition is heading. Future CCA decisions will turn not only on airframe design and flight performance, but also on how quickly a platform can absorb new autonomy code, how easily it can work with vendor-agnostic software, and how safely it can switch between AI providers. For the Air Force, that could shape deployment timelines, upgrade costs, and the long-term flexibility of its next generation of combat drones.