About SingularOrbit
Engineering the technical capability to rendezvous with, inspect, capture, service, and safely return orbital assets to Earth—proving that orbit isn't just a one-way trip.
Building the Orbital Recovery Economy
Headquartered in Cheyenne, Wyoming, SingularOrbit, LLC was founded to solve one of the space industry's most critical capability gaps: what happens to high-value spacecraft after orbital insertion, anomaly events, or end of operational life.
Through our SatRAS™ (Satellite Return Active Systems) division and our proprietary Orbital Capture Vehicle (OCV), we provide commercial constellation operators, research institutions, and government agencies with non-destructive on-orbit capture, servicing, targeted de-orbit, and intact Earth return across Low, Medium, and Geostationary Earth Orbits.
Four Pillars of SatRAS™ Execution
- 01. Orbital Reconnaissance & Diagnostics: High-resolution optical, thermal IR, and flash LIDAR fly-around inspections to determine a client spacecraft's structural integrity, tumble rate, and surface condition.
- 02. Non-Contact Precision Capture: Utilizing the Orbital Capture Vehicle (OCV) to synchronize with the target's attitude and enclose the spacecraft inside a stabilized return bay without mechanical grappling damage.
- 03. Controlled Earth Return: Executing de-orbit burn, thermal-protected atmospheric re-entry, and precision parafoil/parachute recovery modeled with our proprietary SPASE aerodynamics software.
- 04. Three-Phase Commercial & Defense Scaling: Delivering scalable recovery across Phase 1 (Smallsats & CubeSats), Phase 2 (Medium-Class Buses & Component Harvesting), and Phase 3 (Heavy GEO & National Security Systems).
SatRAS™, DSLS & Simulation Software
In addition to active satellite recovery through SatRAS™, SingularOrbit operates Deep Space Logistics Services (DSLS) for launch and orbital transfer integration, alongside our SPASE and BAEMIS aerospace engineering software suites.
