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-9 becomes too expensive to lose in a peer fight, the answer isn’t a better Reaper; it’s a modular, mass-producible aircraft you can afford to send into layered defenses. That shift from exquisite to attritable changes the talent map for autonomy engineers, ISR systems architects, and program leaders who understand open standards and rapid prototyping.
The Massed Modular Aircraft effort—run through DIU with a concept refinement phase kicking off in Q1 FY27—borrows heavily from Collaborative Combat Aircraft. That means the Air Force wants the same speed, the same modular payload approach, and the same Autonomy Government Reference Architecture that’s already shaping CCA. If you placed autonomy talent into CCA over the past two years, you’re now mapping the same skill sets into MMA. The difference is scale: the service is talking about swarms that can overwhelm defenses and sustain losses, not single high-value assets. That’s a fundamentally different operational concept, and it requires leaders who can think in terms of mass production, not bespoke integration.
We’re seeing interest from both primes and nontraditional firms, which makes this a rare moment where cleared engineers with commercial manufacturing or software backgrounds can move into a major Air Force program early. The service wants an IOC of 20 mission-ready aircraft by FY31, which is tight but not impossible if the concept refinement phase surfaces the right performers. For senior leaders running ISR portfolios or autonomy shops, this is the search to watch—and the one where passive candidates with the right blend of open architecture experience and program execution will get the call first.