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Reusable Satellites for zero-g manufacturing
We are making reusable satellites for zero-g manufacturing. Our first full orbital recovery mission is set to launch in April 2026.
Reditus Space develops reusable satellites and an ENOS platform to enable microgravity manufacturing and in-space operations. Their approach aims to transport manufacturing payloads to low Earth orbit, support operations, and return products to Earth for reuse.
End-to-end, launch provider-agnostic services covering payload and vehicle integration, licensing, and mission operations; autonomous in-orbit satellite and payload oversight; controlled reentry and pinpoint landing for rapid turnaround between missions. ENOS will transport manufacturing payloads to LEO, support in-space operations, and return products safely to Earth for commercial use.
Who it’s for: Companies and researchers seeking in-space manufacturing, materials processing, and development of products that benefit from microgravity environments, including drug formulation, optical communications, and chip manufacturing.
Hiring/traction mentions (Careers page), upcoming launch (ENOS platform launching Q2 2026), 24/7 support
CEO Reditus Space - Space Systems Engineer Space Systems Engineering PhD, worked with NASA and Space Force on orbital operations and reentry. Founded Da Vinci Satellite, a satellite mission non-profit.
The next wave of pharmaceutical & materials manufacturing will happen in space, and we are getting people there and back faster!
Reditus Space builds a reusable space transportation and recovery capability focused on enabling on-orbit pharmaceutical R&D and materials production in zero gravity, with a first full-scale ENOS re-entry mission launching on Falcon 9 in March 2026 to host a pharmaceutical payload and recover the satellite.
Satellites for manufacturing in space
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