Space Station Habitat Modules
Gravitics' large commercial space station habitat modules — pressurized living and working volumes for LEO stations that offer far more internal space than current ISS modules.
Technical specifications
- Product
- StarMax large-diameter pressurized habitat modules for commercial space stations
- Advantage
- Larger internal volume than ISS modules (enabled by Falcon Heavy/New Glenn fairing)
- Market
- NASA Commercial LEO Destinations (CLD) program, Axiom, Orbital Reef, Starlab
- Materials
- Composite primary structure for mass efficiency
- Funding
- Venture investors + NASA contracts
- HQ
- Seattle, Washington, USA
About
Gravitics is a US commercial space habitat company developing large pressurized modules for commercial space stations. As NASA phases out the ISS (planned deorbit ~2030), it is funding commercial LEO destinations (CLD) through Axiom Space, Orbital Reef (Blue Origin), Starlab, and Nanoracks’ Starlab station — Gravitics is developing habitat modules that integrate with these platforms.
Gratiics’ StarMax habitat module design offers significantly larger internal volumes than ISS modules, enabled by manufacturing using composites and advanced manufacturing techniques on the ground and launching on large-diameter fairing vehicles (Falcon Heavy, New Glenn). Larger internal volumes support more crew, more science equipment, and higher-throughput commercial space operations — crucial for the station economics needed to be profitable without NASA government contracts.
Gratiics is backed by venture investors and has received NASA contracts to develop habitat module technology. The company’s approach emphasizes modular design that allows their habitats to connect to multiple space station architectures — making Gravitics a potential supplier to multiple CLD programs rather than a single-customer vendor. The company is headquartered in Seattle, Washington.
Documentation
No public datasheet yet — request the datasheet / ICD from the supplier.