
Space & Satellite Systems
Launch vehicle structures, satellite components, propulsion brackets, and ground support assemblies. Precision-built for mission-critical applications and demanding launch schedules.

Mission
We are building the production infrastructure for everything America imagines.
Every machine that matters begins as a drawing and ends as an assembly that works. Our work is the whole distance between them: machining, forming, welding, and assembly in one system; traceability down to the melt; speed set by the program, not the process. We build the components and assemblies American space, defense, and aerospace are made of, and the capacity to build them at the scale the moment demands. America’s greatest achievements are still ahead. Let’s build what comes next.
Aerospace quality management
Quality management standard
U.S. Department of State, DDTC
NIST SP 800-171
Machining, sheet metal, welding, and assembly in one system. A drawing comes back as working hardware, not a kit of parts.
Enclosures, chassis, bus bars, and subassemblies, with hardware installed in a defined process sequence. Built to print and ready to integrate.
Laser cutting, forming, and welding for brackets, chassis, and enclosures.
5-axis machining for complex aerospace geometry, from first article to production.
Anodize, chem film, and powder coat through approved suppliers. Hardware installation and assembly in-house.
Traceability
Every build carries one record: materials, hardware, process sequence, and every tool and instrument that touched it. Nothing ships without it.
100% inspection on optical and touch-probe CMM. A certificate of conformance and material certs with every shipment. First article inspection (AS9102), inspection reports, finishing certs, and NDT results when the program calls for them.
Follow one part through the factory.

Factory
Founded and run by engineers, on the grounds of the Benicia Arsenal: the U.S. Army’s first ordnance depot in the West, and the facility that armed the Pacific for more than a century.
Within 24 hours of Pearl Harbor, 125 convoys rolled out of these gates. Four months later, the Arsenal’s munitions flew with the Doolittle Raid. It closed in 1964. The work it was built for never stopped mattering. Cut, formed, welded, machined, inspected, and assembled in one system, on the same ground.
For a century, Benicia armed the West. Now it builds what America imagines.

Launch vehicle structures, satellite components, propulsion brackets, and ground support assemblies. Precision-built for mission-critical applications and demanding launch schedules.

Aircraft structures, avionics enclosures, actuator components, and defense systems hardware. Manufactured under AS9100D with full material traceability and ITAR-controlled processes.

Humanoid robot joints, actuator housings, robotic grippers, precision arm components, and autonomous robot chassis. Engineered for next-generation robotics, rapid prototyping, and scalable production.

Surgical robotics components, precision medical enclosures, autonomous vehicle sensor mounts, EV battery housings, and military vehicle assemblies. Precision-engineered for demanding tolerances, reliable integration, and production readiness.
