Manufacture. Return. Repeat.
A material made in space has no commercial value until it is back on Earth.
Outpost builds return into the platform rather than treating it as an afterthought. That return layer is what converts microgravity from research setting into a supply chain node.
Your path to orbit and back
Materials made in space need a reliable path back to Earth. Outpost builds return directly into the platform, connecting orbital production to customers on the ground and turning microgravity into a repeatable part of the supply chain.
One platform. From orbit to Earth.
Previous microgravity programs required customers to piece together separate providers for launch, on-orbit operations and return, if a return path existed at all. Outpost integrates the orbital environment and Earth return into one system, giving customers a repeatable path from production in space to delivery on the ground.
Made on orbit
Pressurized, temperature-controlled and ISS-compatible for manufacturing, research and warehousing in LEO.
• Pressure environment: pressurized cabin
• Temperature control: active thermal management
• Power: high-power payload support
• Rack standard: ISS-compatible EXPRESS racks
• Mission types: Manufacturing, research and development, orbital
warehousing
Returned to Earth
Built for larger payloads, controlled reentry and direct delivery back into the customer supply chain.
• Vehicle type: controlled, recoverable reentry
• Payload capacity: up to 10 tons
• Return profile: controlled, recoverable reentry
• Delivery: direct-to-customer delivery
Built to scale
Express racks are designed to the international payload standard, ready for hardware that exists today but CarryAll is built modular to accommodate future standards for higher-throughput configurations as customers move from development programs to production volumes.
Move from research to production
Outpost provides the return infrastructure required to make in-space manufacturing repeatable, recoverable, and commercially useful.