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Submarine Industrial Base Digital Manufacturing Expansion
Anduril Industries introduces the ArsenalOS manufacturing platform to supply Virginia-class submarine assemblies directly to General Dynamics Electric Boat and Newport News Shipbuilding.
www.anduril.com
The U.S. Navy, Anduril Industries, General Dynamics Electric Boat, and Huntington Ingalls Industries Newport News Shipbuilding are integrating a distributed manufacturing framework to accelerate Virginia-class attack submarine production. The initiative expands maritime industrial infrastructure to address component backlogs and fulfill domestic fleet requirements alongside trilateral AUKUS security partnership commitments.
Industrial Manufacturing Challenges
Virginia-class construction requires parallel fabrication of complex mechanical structures, pressure hulls, and safety-critical subassemblies. Current production bottlenecks stem from capacity constraints at the two primary final-assembly shipyards: General Dynamics Electric Boat and Newport News Shipbuilding.
Meeting procurement rates requires offloading major subassembly fabrication to secondary production sites, allowing the primary yards to focus dedicated capacity on dry-dock integration, propulsion alignment, and final commissioning.
Technical Integration and Software Architecture
Anduril is deploying its manufacturing operating system, ArsenalOS, across dedicated production sites to serve as a digital infrastructure backbone.
The software platform coordinates fabrication workflows, outfitting sequences, automated material handling, and non-destructive inspection protocols within a unified data environment. ArsenalOS provides digital work instructions, embedded dimensional verification, and process-monitoring sensors to support structural welders, pipefitters, and quality-assurance personnel. Physical manufacturing responsibilities are split between modular component development and large-scale structural assembly:
- Prototyping and Qualification: A 160,000-square-foot facility in Orange County, California develops tooling, validates workflows, and fabricates precision maritime components, including torpedo tube assemblies, in compliance with naval SUBSAFE quality-assurance standards.
- Structural Assembly: The planned Arsenal-2 site at Tradepoint Atlantic in Baltimore County, Maryland provides more than 2 million square feet of industrial space. The facility incorporates high-bay fabrication halls, reconfigurable production lines, a 1,200-foot graving dock, and multimodal rail links to support large-scale component movement.
Operational Implementation Phases
The deployment strategy follows a staged manufacturing timeline:
The deployment strategy follows a staged manufacturing timeline:
- Phase 1 focuses on manufacturing qualification and test-asset prototyping at the California site. This phase validates automated welding procedures, material traceability, and SUBSAFE quality controls prior to full-scale shipyard operations.
- Phase 2 initiates site civil engineering and construction at the Sparrows Point industrial complex in Maryland, targeted for initial operational capability in 2030. Completed assemblies will ship directly via maritime, rail, and road networks to General Dynamics Electric Boat and Newport News Shipbuilding for integration into hull sections.
Operational Impact and Capacity Results
This distributed production model establishes parallel manufacturing lines outside the primary shipyards, directly mitigating structural staging bottlenecks.
Under the outcome-based delivery framework, performance benchmarks remain coupled to verifiable manufacturing throughput. Shifting complex module outfitting to an automated, software-governed facility increases total annual tonnage output for the defense industrial base while standardizing tolerances across critical naval components.
Edited by Evgeny Churilov, Induportals Media - Adapted by AI.
www.anduril.com
This distributed production model establishes parallel manufacturing lines outside the primary shipyards, directly mitigating structural staging bottlenecks.
Under the outcome-based delivery framework, performance benchmarks remain coupled to verifiable manufacturing throughput. Shifting complex module outfitting to an automated, software-governed facility increases total annual tonnage output for the defense industrial base while standardizing tolerances across critical naval components.
Edited by Evgeny Churilov, Induportals Media - Adapted by AI.
www.anduril.com
