U.S. Navy Awards HII a Production Contract for Ten ROMULUS Unmanned Surface Vessels

HII secures a U.S. Navy contract to deliver ten ROMULUS unmanned surface vessels, advancing the service’s unmanned fleet expansion.

U.S. Navy Awards HII a Production Contract for Ten ROMULUS Unmanned Surface Vessels

Huntington Ingalls Industries has won a U.S. Navy contract to produce ten ROMULUS unmanned surface vessels (USVs), marking a significant step in the service’s push to field a credible unmanned maritime force, according to Naval News. The award positions HII, best known as the nation’s largest military shipbuilder, as a central player in a segment of the fleet that the Navy has prioritized as essential to future distributed maritime operations. The program reflects broader service ambitions to reduce crew risk and extend operational reach across contested littoral and blue-water environments, a strategic direction that has also shaped strike group posture across the Indo-Pacific.

a medium-sized unmanned surface vessel underway on open ocean, viewed from a low angle from the side, with a grey hull and sensor mast visible against a partly cloudy sky

The ROMULUS USV is designed to operate autonomously or under remote supervision, providing the Navy with a platform capable of performing missions ranging from intelligence, surveillance, and reconnaissance to potential strike and logistics support roles. Naval News reported the contract without specifying a total dollar value or a delivery timeline in public disclosures. Officials have not confirmed the per-unit cost or the planned operational deployment schedule for the ten vessels covered under this award.

HII’s Role and Industrial Significance

HII’s selection underscores the company’s ambition to extend its industrial footprint beyond traditional manned warship construction into the autonomous systems market. The Newport News and Ingalls shipbuilding divisions have long anchored U.S. nuclear carrier and amphibious ship production, but the ROMULUS contract signals an intentional expansion into unmanned platforms at a moment when the Navy is under congressional and internal pressure to grow fleet capacity without proportionally scaling crewed vessel procurement costs.

The award also carries weight for the broader defense-industrial base. Unmanned surface vessel production has historically been fragmented among smaller specialized firms, and a major contract flowing to an established prime contractor of HII’s scale suggests the Navy is moving toward volume production and integrated logistics support rather than experimental prototyping. How HII structures its supplier network and whether it brings in specialized autonomy software vendors as subcontractors remains to be confirmed by the company or the Navy.

an aerial view of a large naval shipyard with dry docks, cranes, and steel construction infrastructure along a waterfront

Unmanned Fleet Strategy and Operational Context

The ROMULUS program sits within the Navy’s larger Ghost Fleet Overlord lineage and the service’s Unmanned Surface Vessel Family of Systems concept, which envisions large, medium, and small USVs operating in coordination with manned surface combatants. The ten-vessel contract represents a meaningful production quantity that moves the program beyond the single-digit demonstrator phase, though the Navy has not publicly confirmed whether this award is tied to a broader multi-year procurement pathway or represents a standalone buy.

Operationally, USVs of this class are intended to complicate adversary targeting calculus by distributing sensors and, potentially, weapons across a wider maritime area than a traditional surface action group can cover. That concept directly supports the Distributed Maritime Operations doctrine the Navy has refined in response to Chinese naval expansion in the Pacific. The Naval News report did not detail specific sensor suites, payload configurations, or speed and range specifications included in the contract scope. Those parameters, if classified or not yet released, have not been confirmed in publicly available program documentation.

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