Company - Future Space Architecture
- Founded
- Country
- 2020
- Germany
- Website
- Future Space Architecture
Product/Service
- Classification
- Space Stations & Habitats
- Category
- Commercial Space Station
Commercial ISS Module
- Fields
- Commercial ISS Module
Inflatables
- Status
- Concept
- First launch
- Not announced
Our mission is to develop and design structures for transportation, research, and habitat Stations in low earth orbit, deep space, and planetary environments tailored for balanced human-centric ecosystems.
MPE Module - Multi-Purpose Environment (MPE) Module
The Multi-Purpose Environment (MEP) Module launches on a SpaceX Starship or an equivalent rocket, with a total volume one-third that of the current International Space Station and large enough to accommodate two levels. It can support four astronauts for long-duration missions and their Environmental Control and Life Support System (ECLSS) as a stand-alone unit while still having 16 vertical racks for science experiments and research.
The MEP Module is braced with a structural system designed to support a fully integrated solar array system capable of producing 400KW power. The solar array assembly is mounted on a truss system that houses the cooling systems, ELCs, Storage tanks, and other sub-systems to support the Module as a stand-alone or part of a network.
MPE Node - Multi-Purpose Environment (MPE) Node
The Multi-Purpose Environment (MEP) Node launches on a SpaceX Starship or an equivalent rocket, with a volume one-third that of the current International Space Station. It can support two astronauts for long-duration missions as a stand-alone unit with enough space for the Environmental Control and Life Support System (ECLSS), maintenance area, and storage. As part of a configuration, a Node could serve as an ECLSS hub capable of supporting 15 crew members for long-duration missions.
The MEP Node is braced with a structural system designed to support a fully integrated solar array system capable of producing 400KW power. The solar array assembly is mounted on a truss system that houses the cooling systems, ELCs, Storage tanks, and other sub-systems to support the Module as a stand-alone or part of a network.
EDEN VIM - Vertical-Inflatable Module (VIM)
Status is currently "Concept" because the company seems to be a design consultancy and unclear whether there are plans to develop those solutions by them.