Snowbird Tests On-Demand Metal Parts at RIMPAC
Snowbird Technologies produced seven components aboard the USS Essex and at Schofield Barracks during the RIMPAC 2026 exercise.
Updated on Nov. 7, 2026 in Manufacturing
Snowbird Technologies demonstrated on-demand metal additive manufacturing aboard the USS Essex and at Schofield Barracks during RIMPAC 2026. The company's platform produced seven different components during the exercise, using a wire-laser metal additive process with nitrogen as the process gas.
Why it matters
The demonstration tests whether deployable metal manufacturing can reduce reliance on centralized production facilities and conventional supply chains. Snowbird's analysis found four of the seven components offered cost advantages over original equipment manufacturer procurement.
Snowbird's analysis reports up to 351% savings versus original equipment manufacturer procurement, with twelve oxygen tank brackets produced for about US$2,492 in material and gas. The company's figures are self-reported and have not been independently validated.
The players
Snowbird Technologies
A Jacksonville, Florida-based manufacturer of mission-critical equipment and deployable manufacturing systems.
The details
Snowbird Technologies, a Jacksonville, Florida manufacturer of mission-critical equipment, ran the demonstration under the Naval Postgraduate School's CAMRE program and the FLEETWERX initiative. The SAMM Tech platform used Meltio's Engine Blue wire-laser metal additive system, with manufacturing continuing ashore at Leader's Field, Schofield Barracks, on nitrogen from an on-site generator.
Timeline
RIMPAC 2026: Snowbird demonstrated expeditionary manufacturing during the exercise.
Market Landscape
The demonstration was conducted under the Naval Postgraduate School's CAMRE program and the FLEETWERX initiative, placing it within the Navy's push for expeditionary manufacturing. Snowbird frames the broader opportunity as linking digital part files with machining, inspection and sustainment capabilities.
If the platform's cost and timing claims hold, Navy crews could receive replacement parts in days rather than waiting on distant suppliers. Civilian buyers are not directly affected by the demonstration at this stage.
The takeaway
Deployable metal manufacturing is being tested as a way to shorten procurement timelines at sea. Whether the reported savings hold up under broader use remains to be seen.
Further reading
Explore more manufacturing industry coverage for context on how additive production is reshaping defense supply chains.
Source note: This article includes information reported by Themachinemaker.
