Incat Crowther Joined HII ROMULUS Program

The naval architecture firm will provide design support for the U.S. Navy's autonomous surface vessel construction.

Updated on Oct. 6, 2026 in Robotics

Bold flat-color editorial illustration showing a stylized naval vessel model, representing industrial maritime engineering and defense production. — Incat Crowther has entered a design partnership with HII to support the production of autonomous surface vessels for the U.S. Navy. AI Illustration. Upload story photo >

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Incat Crowther has been selected to provide naval architecture and design services to HII for the development of ROMULUS unmanned surface vessels. The partnership aims to bolster production capacity to meet specific U.S. Navy demand.

Why it matters

The collaboration is part of a broader strategy by HII to scale the construction of autonomous vessels through regional manufacturing partners. It marks a shift from experimental autonomy trials toward full-scale vessel production.

The ROMULUS vessel program utilizes Odyssey Advanced Autonomy Solutions for ship operations. HII is leveraging a distributed production model to manufacture these unmanned craft using specialized regional partners.

The players

Incat Crowther

This naval architecture and design firm specializes in the engineering of high-performance commercial and military maritime vessels.

HII

Formerly known as Huntington Ingalls Industries, this company is a major American military shipbuilding and defense technology firm.

U.S. Navy

The maritime branch of the United States Armed Forces is responsible for commissioning and operating the ROMULUS fleet.

The details

Incat Crowther will utilize its Louisiana-based naval architecture team to support the design and integration requirements for the project. HII maintains this distributed production model to increase output for the U.S. Navy.

October 6, 2026: The partnership between Incat Crowther and HII was confirmed.

The Tech Race

This collaboration mirrors the industry trend of integrating specialized naval architecture firms into large-scale defense manufacturing pipelines. It follows the integration patterns established by the U.S. Navy's Ghost Fleet Overlord program for scaling autonomous maritime operations.

While this program focuses on defense technology, the shift toward distributed manufacturing could influence future vessel design standards. It demonstrates how developers are working to improve autonomous system scalability for complex maritime environments.

The takeaway

The move signifies that the defense industry is transitioning autonomous maritime technology from conceptual trials to serial manufacturing. This scaling effort reflects a growing military necessity for rapidly deployable, unmanned surface assets.