Company - Starfish Space
Product/Service - Otter
- Classification
- In-Space Transportation
- Category
- Space Tug
On-Orbit Servicing
Satellite Life Extension
Active Debris Removal (ADR)
Transport Service (LEO-GEO)
Hardware
- Fields
- In-Space Transportation
On-Orbit Servicing
In-Space Satellite Servicing
- Status
- Development, Launched
- First launch
- 2023
We are developing a revolutionary autonomous vehicle to perform satellite servicing missions.
USSF Places Bet on ‘Jetpack’ to Give Aging Satellites New Life, 2024-05-20.
- The Space Force is contracting with startup Starfish Space to build and launch a spacecraft that can dock with and maneuver aging satellites in geosynchronous orbit, a “first-of-its-kind” effort to embrace space mobility and logistics.
- A Starfish spokesperson told Air & Space Forces Magazine the goal is to launch one of its Otter spacecraft by 2026. The company has not yet chosen a launch partner, the spokesperson added.
CEPHALOPOD
Our CEPHALOPOD Software Package
Starfish’s CEPHALOPOD software was selected as a winner
of the Hyperspace Challenge! Satellite, Rendezvous, Proximity Operations, and Docking (RPOD) missions are difficult, but open up new opportunities in space. Making use of electric propulsion
and small spacecraft technologies can enable modern, efficient RPOD missions.
We advance on-orbit transportation with versatile, affordable and reliable servicing vehicles.
CEPHALOPOD is autonomous RPOD software that can use electric propulsion, enabling small RPOD spacecraft. This on-board guidance, navigation, and control capability can give small servicing vehicles 8x more maneuvering capability.
- Enables RPOD missions with EP.
- Highly autonomous on-board operations.
- Reduce vehicle mass and cost.
- Significant built-in safety features.
The Nautilus Capture Mechanism
The versatile mechanism works on surfaces that were not designed for docking.
- Adheres to broad set of capture surfaces
- Dynamic damping of docked bodies
- Many mission reuse capability
- Multi-year operational life
The Nautilus capture mechanism attaches to satellites for docking and manipulation.