The Air Force’s hunt for a Reaper successor tells you everything about where cleared talent needs to focus in the next three years. The MQ-9A performed well in Operation Epic Fury — the Chief of Staff called it the MVP — but the service lost airframes, the production line shut down last year, and the cost per aircraft can hit $50 million depending on sensors. That’s not sustainable in a high-attrition fight, so the Air Force partnered with DIU on the Massed Modular Aircraft effort: attritable platforms you can build fast, lose without catastrophic cost, and reconfigure on the fly.
The requirements are telling. They want 2,800 pounds of payload, a 2,300-nautical-mile combat radius, prototype flight testing within 21 months of award, and an IOC — 20 mission-ready aircraft to an operational unit — in fiscal 2031. More important, they’re demanding open systems architecture and modular design from day one, using the Autonomy Government Reference Architecture they’re already applying to Collaborative Combat Aircraft. If you’re leading engineering, autonomy, or ISR programs in this space, you need people who’ve worked open mission systems at scale and understand how to field capabilities that can be upgraded without tearing apart the airframe.
The talent implications are straightforward. The Air Force is running this like CCA: a concept refinement phase starting first quarter FY27, multiple performers, and competition that includes nontraditional firms alongside the primes. That means cleared program managers, systems engineers, and autonomy leads who can move between government reference architectures and commercial manufacturing speed. If you’re mapping the market for a defense tech firm or a prime standing up a new line, the candidates who’ve done modular payload integration, attritable aircraft design, or autonomy software in contested environments are already getting calls.