
The capability expands naval strike reach without relying on scarce carrier decks, bolstering U.S. power projection against peer adversaries equipped with anti‑ship missiles.
The Navy’s push for ship‑borne strike drones reflects a broader strategic shift away from carrier‑centric power projection. With a limited carrier fleet and adversaries fielding sophisticated anti‑ship missiles, the service is looking for distributed lethality that can be mounted on existing surface combatants. DIU’s RIMES program aims to fill that gap by delivering a reusable UAV capable of delivering conventional 1,000‑pound ordnance from platforms that lack large flight decks, thereby extending strike reach without new hull construction.
Technical specifications for the RIMES UAV are ambitious yet grounded in existing technology. The solicitation calls for a one‑way, no‑reserve range of at least 1,400 nautical miles, translating to a 600‑nautical‑mile operational radius, and a cruise speed comparable to current long‑range strike aircraft. Payload flexibility includes standard bombs used by F‑18 and F‑35C fleets, as well as palletized munitions, ensuring logistical compatibility. Crucially, the drone must operate autonomously in GPS‑denied, jammed environments, launch from austere decks amid high seas, and feature an open‑system architecture for rapid upgrades and low‑cost production.
If successful, the RIMES initiative could reshape naval procurement and industrial supply chains. Defense contractors with expertise in UAV autonomy, modular airframes, and maritime launch systems stand to gain early contracts, while the Navy could field a scalable strike capability within a year of award. The program also signals to allies and rivals alike that the United States is investing in resilient, distributed strike platforms, reducing reliance on vulnerable carrier groups and enhancing deterrence in contested maritime domains.
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