Spartan Space provides end‑to‑end hardware and training platforms that simulate extreme environments such as lunar habitats, space suits, and subsea robotics.
Funding
Funding not disclosed
Founders
Product
Problem
Operators and engineers lack integrated, realistic platforms to train personnel and validate hardware for human activities in extreme environments such as lunar habitats, space suits, and subsea robotics. Existing test facilities are often single‑purpose, costly, or inaccessible, limiting iterative development and crew readiness.
Solution
Spartan Space delivers end‑to‑end hardware and training solutions that replicate the physical constraints of extreme environments. The EUROHAB lunar mission simulator reproduces lunar surface conditions for crew training and system validation. An automatic docking system provides reliable connection of subsea robots for underwater mission testing. The company has produced the first intra‑vehicular space‑suit prototype in partnership with CNES, Decathlon and MEDES, enabling functional IVA testing. Mock‑up modules for the I‑HAB Lunar Gateway and a Dusty Thermal Vacuum Chamber allow agencies to evaluate hardware under vacuum, dust, and thermal stresses. A versatile Berthing and Observation Bay (BOB) module offers a reconfigurable testbed for spacecraft docking and observation scenarios. All offerings are designed for rapid re‑configuration, supporting iterative testing, crew training, and technology demonstration within a single platform.
Target Audience
Primary customers are space agencies, aerospace contractors, research institutions, and subsea robotics firms that require realistic training environments and hardware validation platforms for extreme‑environment missions.
Features
- EUROHAB lunar mission simulator delivering high‑fidelity surface, gravity, and communication conditions for crew and hardware testing
- Automatic subsea robot docking system with sensor‑based alignment and fail‑safe mechanisms for underwater operations
- Intra‑vehicular space‑suit prototype integrating life‑support, mobility, and ergonomic features for IVA activities
- I‑HAB mock‑up module replicating Lunar Gateway interior layout for habitat integration and crew workflow studies
- Dusty Thermal Vacuum Chamber (DTVC) that reproduces vacuum, thermal cycling, and lunar dust environments for component qualification
- Versatile Berthing and Observation Bay (BOB) module providing modular docking ports and observation capabilities for spacecraft testing
- Modular, reconfigurable hardware architecture allowing customers to adapt test setups for multiple mission scenarios