US Navy unveils new specs for carrier-based Collaborative Combat Aircraft
The cost cap reveals the Navy's actual priority: quantity over capability. A $30M drone that carries 5 tons and operates from existing CVN infrastructure is a force-multiplier for attrition absorption, not a peer-level air superiority asset.
This design philosophy — cheap, expendable, integrated with manned air wings through the MQ-25 control stack — mirrors the Patriot/THAAD acceleration framework announced August 31: both are responses to stockpile depletion in active conflicts. If the Navy executes the 36-month timeline and the first two prototypes work, the path to low-rate initial production opens by late 2029 — exactly when Iran-Ukraine munitions burn rates and Taiwan contingency planning collide in the budget cycle.
Anduril and General Atomics now have a hard constraint set: $30M per airframe forces the autonomous carrier drone into the cost band of current F/A-18 Super Hornet sustainment, not acquisition.
That unit price locks out complex sensor fusion and forces design toward modular payload integration — meaning the CCA becomes a carrier-compatible loitering weapon platform, not a full-spectrum autonomous fighter. The 36-month prototype timeline puts first-at-sea testing in late 2029, which means the Navy is betting this capability arrives before the next Taiwan contingency window closes. Watch the September 18 contractor responses for whether anyone actually bids the $30M target or whether the RFI becomes a baseline that gets reset upward in the formal competition.
Does the $30M ceiling include development, integration, and first-unit costs, or is it recurring unit cost only? If recurring, what is the full program acquisition cost and how does it fit in the FY27-FY30 FYDP?
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