Ruggedized Enclosures for Air-and-Missile-Defense Systems
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Client
Defense Contractor
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Industry
Aerospace & Defense
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Capability
CNC Machining, Quick-Turn Sheet Metal Fabrication, Prototyping, Design for Manufacturability, Kitting & Assembly
Overflow Capacity for Production Ramp
Reduced Schedule Drag
Improved Field-Install Consistency
Precision Packaging for Deployable Command-and-Control Equipment
A major defense contractor was scaling production of a next-generation air-and-missile-defense system at a dedicated manufacturing facility. The program needed a domestic supplier capable of delivering chassis, enclosures, and revision-driven hardware for ruggedized command-and-control equipment. Fathom stepped in as a rapid-response manufacturing partner, coordinating production across three U.S. facilities to keep the mechanical packaging pipeline moving without introducing quality escapes.
The Problem
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As an advanced air-and-missile-defense program transitioned from limited production into broader fielding, the customer’s production facility needed fast, reliable access to ruggedized mechanical packaging hardware.
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The challenge wasn’t the core software or battle-management logic. It was the enclosures, chassis, panel hardware, interface plates, and internal supports that protect and house the electronics in deployable command-and-control systems.
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This class of hardware is revision-heavy, configuration-sensitive, and often deprioritized by larger suppliers focused on higher-volume work.
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Frequent design updates driven by new customer configurations, export variants, and field-driven revisions compounded the schedule pressure.
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The customer needed a manufacturing partner that could absorb complexity without becoming a bottleneck.
The Solution
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Fathom leveraged the engineering and production expertise of three of its facilities to meet the program’s needs.
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Round Rock, TX handled primary production of short-run chassis, access panels, brackets, and deployable-system enclosure details.
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Denver, CO supported machined interface plates, internal supports, connector-mount features, and revision-driven metallic components.
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Ithaca, NY delivered prototype cabinets, pilot-site retrofit hardware, validation fixtures, and quick ECO-turn support for new customer configurations.
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The scope included 75–250 production-intent kits of enclosure hardware, internal mounting structures, and interface components per build cycle.
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Fathom also produced 20–50 prototype and retrofit hardware packages for new configurations, export variants, test environments, and field-driven revisions.
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Every shipment was backed by an inspection and documentation package emphasizing fit, cosmetic readiness, traceability, and receiving-friendly paperwork.
The Results
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Fathom provided a low-friction path from engineering validation to production-intent hardware and helped the customer maintain momentum on one of its priority defense production ramps.
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By absorbing the revision-heavy packaging content that larger suppliers often deprioritize, Fathom reduced schedule drag and kept the mechanical hardware pipeline in sync with the program’s broader fielding timeline.
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Field-install consistency improved because hardware arrived ready for assembly, not ready for rework. Receiving and production-control teams could process.
