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 service isn’t just replacing an aging platform—it’s rewriting the economics of attrition. When a $50 million MQ-9A gets shot down, that’s a budget problem and a production bottleneck. When a modular, mass-producible aircraft built for loss tolerance goes down, that’s an acceptable cost of doing business in a contested environment. The shift from exquisite to attritable changes who wins contracts, what engineers you need, and how program offices staff up.
The Massed Modular Aircraft effort—run through DIU with a concept refinement phase kicking off in Q1 FY27—borrows heavily from the Collaborative Combat Aircraft playbook: open architecture, autonomy baselines, fast prototyping, and a mix of primes and non-traditionals. If you’re placing systems engineers, autonomy leads, or program managers into ISR or unmanned portfolios, they need to understand modular payload integration and the Autonomy Government Reference Architecture. The Air Force wants an iPhone model: swap apps—sensors, weapons, fuel—at the speed of need. That’s a software and integration fight, not just airframe design.
One detail worth watching: the service aims for 20 mission-ready aircraft delivered to an operational unit by FY31, with full-scale prototype flight testing within 21 months of award. That’s an aggressive timeline, and it means program offices will be hiring now—not in two years when the competition shakes out. If you’re a cleared PM or test lead with unmanned or rapid prototyping experience, this is your window. The talent market for attritable systems is thin, and the Air Force just signaled it’s willing to pay for speed.