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 is closed, and a $50 million platform built for permissive environments doesn’t survive in contested airspace. The Massed Modular Aircraft effort through DIU isn’t just another program; it’s a forcing function for attritable, modular systems that can be produced at scale and lost without ending a campaign.
If you’re leading engineering, autonomy, or program execution in this space, the requirements matter: 2,800-pound payload, 2,300-nautical-mile combat radius, prototype flight testing within 21 months of award, and an IOC target of fiscal year 2031 with 20 mission-ready aircraft delivered. The Air Force is borrowing hard from the Collaborative Combat Aircraft playbook — open architecture, the Autonomy Government Reference Architecture, a concept refinement phase in Q1 FY27, and competition among both primes and nontraditional firms. They want iPhone-style modularity: swap sensors for strike packages depending on the mission, then upgrade autonomy as the software matures.
The talent we’re mapping for these programs isn’t just ISR or autonomy in isolation — it’s leaders who understand the operational trade space between cost, attritability, and mission effect, and who can move from prototype to fielded capability inside a compressed timeline. If your background includes rapid prototyping, modular payload integration, or standing up low-cost production at volume, and you hold an active TS/SCI, expect inbound interest. The Reaper served for nearly two decades; its replacement will define the next generation of unmanned strike and ISR, and the teams being built now will own that outcome.