America's Largest Military Shipbuilder HII Targets 15% Throughput Boost Using Physical AI

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HII, the largest military shipbuilder in the US, is targeting a 15% increase in shipbuilding throughput this year through physical AI integration, workforce expansion, and infrastructure modernization. With approximately 40 ships under construction at Ingalls and Newport News facilities, the company achieved 14% throughput growth in 2025 and now plans to accelerate deliveries to the US Navy through robotics and distributed shipbuilding strategy.

HII Sets Ambitious Shipbuilding Throughput Target for 2026

HII, America's largest military shipbuilder, is targeting a 15% year-over-year increase in shipbuilding throughput for 2026 as the company accelerates warship deliveries to the US Navy

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. The ambitious goal builds on the company's 14% throughput increase achieved in 2025, demonstrating momentum in addressing the US Navy's growing demand for naval vessels

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. With approximately 40 ships currently in active construction or modernization at its Ingalls and Newport News facilities, HII's executive vice president of maritime systems and corporate strategy, Eric Chewning, emphasized the urgency: "our focus in 2026 is clear: we must build on this momentum and continue delivering ships at a greater pace to the US Navy"

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. The strategy matters because it directly addresses critical gaps in America's defense industrial base at a time when naval expansion has become a strategic priority.

Source: Interesting Engineering

Source: Interesting Engineering

Physical AI and Robotics Transform Naval Manufacturing

One of the most significant elements in HII's strategy involves deploying physical AI in shipbuilding operations, marking a departure from traditional manufacturing approaches

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. Unlike software-based AI systems that primarily process information, physical AI is designed to interact with and operate within the physical world through robotics, automated systems, and advanced manufacturing processes

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. In shipyard applications, this technology encompasses robotics for welding and assembly, automated production line management, inspection systems, and other manufacturing processes that previously required manual intervention

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. The integration of physical AI represents a fundamental shift in how complex naval vessels are constructed, potentially reducing production timelines while improving precision and quality control. This technological leap is paired with substantial capital investments focused on modernizing shipyard infrastructure to support higher production volumes without simply adding more workers or extending production hours

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Three-Pillar Strategy: Workforce, Infrastructure, and Supply Chain

HII's approach to increase shipbuilding pace centers on three interconnected pillars designed to create sustainable capacity growth

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. First, the company is prioritizing hiring, teaching, and retaining a skilled workforce through new collective bargaining agreements that provide competitive wage increases aimed at keeping experienced shipbuilders while attracting new workers into skilled trades

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. Second, modernizing shipyard infrastructure through capital investments, including physical AI deployment, will enable facilities to handle increased production without proportional workforce expansion

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. Third, expanding the maritime industrial base through supply chain growth and implementing a distributed shipbuilding strategy will distribute production capacity beyond traditional shipyard boundaries

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. The workforce component remains central despite technological advances, recognizing that skilled workers are essential for constructing increasingly complex naval vessels.

Massive Outsourcing Push Creates Jobs Nationwide

HII plans to strategically outsource more than 2 million hours of work in 2026, representing a staggering 178% increase compared with 2024 levels

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. This dramatic expansion in outsourcing aims to increase HII's shipbuilding throughput while simultaneously creating jobs in communities across the country

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. The distributed shipbuilding strategy gives small and medium-sized businesses improved confidence to invest in their own capacity and skilled workforce, knowing they have stable contracts supporting naval construction

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. By shifting work to suppliers and manufacturers beyond its own facilities, HII aims to create additional capacity outside traditional shipyard operations while building supply chain resilience across the defense industrial base

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. This approach addresses a critical vulnerability in US naval production: the concentration of shipbuilding capacity in a limited number of facilities that struggle to meet accelerated demand timelines.

Newport News Charleston Operations Shows Revitalization Model

HII highlighted its Newport News Shipbuilding Charleston Operations as a successful example of maritime industrial base revitalization and how existing industrial infrastructure can be repurposed for modern naval production

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. Working closely with the US Navy, the State of South Carolina, and the Department of Defense's Industrial Base Policy Office, HII transformed an underutilized facility into a growing advanced manufacturing campus supporting the submarine industrial base and expanding skilled trade opportunities

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. The facility serves as a model for how distributed shipbuilding can leverage regional manufacturing capabilities while creating high-skilled jobs in new geographic areas

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. As US naval expansion depends critically on the availability of skilled workers, specialized suppliers, and infrastructure needed to produce increasingly complex vessels, the Charleston Operations demonstrates how collaborative approaches between industry, government, and regional stakeholders can unlock dormant manufacturing capacity

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. The success of this model will likely influence how other shipbuilders and defense contractors approach capacity expansion in coming years, particularly as demand for naval vessels continues rising amid strategic competition.

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