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 tail 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, modular platforms you can build fast and lose without breaking the budget. They want prototype flight tests within 21 months of award and initial operating capability — 20 mission-ready aircraft — by fiscal 2031.
If you’re leading engineering, autonomy, or program management in the ISR or unmanned space, this is your lane. The service is applying lessons from Collaborative Combat Aircraft — open architecture, the Autonomy Government Reference Architecture, concept refinement with multiple performers, and real competition between primes and nontraditional firms. They closed the DIU solicitation in July and plan to kick off concept refinement in the first quarter of FY27. The requirements are broad by design: 2,800-pound payload, 2,300-nautical-mile combat radius, modular payloads you can swap like apps on a phone, and a price point well south of $30 million.
We’re already mapping this market for a handful of clients. The talent gap isn’t in legacy ISR alone — it’s in autonomy software, open systems integration, rapid prototyping, and attrition-tolerant design. If you’ve built CCA teams or run DIU engagements, you know the profile: engineers and PMs who can move from requirements to flight test in under two years, with clearances in place and a track record in both traditional and commercial manufacturing. The Reaper served for nearly two decades. Its replacement will define the next chapter, and the teams that land those programs are being built right now.