SpaceWERX awards USD 1.9 million TACFI contract to Orbital Composites for extreme environment material production

Orbital Composites has secured a USD 1.9 million tactical funding increase from the U.S. Space Force's innovation unit to advance its autonomous robotic additive manufacturing platform for components facing severe environmental stress.

According to official announcements, SpaceWERX, the innovation arm of the United States Space Force, has awarded a USD 1.9 million Tactical Funding Increase contract to Orbital Composites, Inc. The capital allocation is dedicated to accelerating the development of the company’s automated robotic additive manufacturing platform, which specializes in producing high-end components designed to endure operational temperatures surpassing 3,000°C, high-velocity combustion gases, and extreme thermal shock cycles.

Orbital Composites is an advanced manufacturing technology firm based in Campbell, California, focused on integrating industrial robotics, material sciences, and physical artificial intelligence frameworks for automated material synthesis. This strategic defense contract directly addresses a critical domestic manufacturing bottleneck within the Western supply chain, where legacy fabrication cycles for extreme environment components historically suffer from long lead times and restrictive production economics.

The scale-up of this robotic manufacturing platform directly benefits the aerospace engineering, defense hardware, commercial space flight, and nuclear power generation sectors.

For defense prime contractors, venture capitalists, and aerospace strategists, this funding underlines a broader military policy transition toward software-defined, agile industrial infrastructure. By replacing rigid, slow-turnaround tooling with autonomous 3D printing platforms, the initiative provides a clear path for corporate and institutional entities to rapidly expand the domestic volume of mission-critical systems, notably hypersonic structures, solid rocket motors, and missile defense interceptors, while mitigating long-term component shortages.