Snowbird Technologies' SAMM Tech containerized hybrid manufacturing system to deploy at RIMPAC 2026

Snowbird Technologies has been selected to deploy its containerized Additive Mobile Manufacturing Technology (SAMM Tech) system at the Rim of the Pacific Exercise 2026 (RIMPAC), the biennial multinational naval exercise hosted by the U.S. Pacific Fleet. Running from June 24 to July 31, 2026, in and around the Hawaiian Islands, RIMPAC 2026 will involve 31 nations, approximately 40 surface ships, five submarines, 140 aircraft, and over 25,000 personnel. Snowbird's SAMM Tech integrates metal additive manufacturing, polymer additive manufacturing, and CNC subtractive capabilities into a single containerized unit, with technology contributions from Meltio, Slice Engineering, and FANUC. The system will support operations in transit from Naval Base San Diego to Pearl Harbor Naval Shipyard, then remain on-site for the exercise duration, building on a 2024 RIMPAC demonstration where it produced and machined a replacement bushing for a reverse osmosis generator aboard the USS Somerset in 34 hours.

This deployment matters because it moves expeditionary additive manufacturing from isolated proof-of-concept demonstrations toward repeatable, integrated logistics support within a major multinational military exercise. The SAMM Tech system sits at the intersection of two recurring industry patterns: the defense sector's politically accelerated adoption wave of 2025-2026, and the growing emphasis on hybrid manufacturing (combining additive and subtractive in one workflow) as a practical path to part readiness. Unlike standalone metal AM cells that require separate post-processing equipment, Snowbird's containerized all-in-one design directly addresses the Navy's need for distributed, shipboard-capable manufacturing nodes that can produce qualified replacement parts in days rather than months. The inclusion of CAMRE's network of over 50 advanced manufacturing nodes further validates that the U.S. Department of Defense is moving beyond single-machine evaluations toward integrated, networked manufacturing architectures for sustainment at the tactical edge.

For Snowbird Technologies, RIMPAC 2026 represents a critical operational validation step: the system must demonstrate reliability across both at-sea and shipyard environments under real exercise tempo, not controlled lab conditions. The company's ability to scale from a single 2024 success story to a broader role in 2026 suggests growing confidence from program managers at FLEETWERX and the Naval Postgraduate School, but the real test will be whether SAMM Tech can produce multiple part types across different materials without extended downtime. Competitors like Meltio (a technology supplier to this very system) and other containerized AM providers will be watching closely, but for now, Snowbird has secured the most prominent operational stage in naval expeditionary manufacturing.