Active Debris Removal

Designs and operates spacecraft for on-orbit servicing, including debris removal, satellite life extension, and refueling across LEO and GEO

Designs and manufactures chemical, electric, and hybrid propulsion systems for spacecraft ranging from cubesats to orbital transfer vehicles

Designs and operates robotic spacecraft for active debris removal, satellite life extension, and in-orbit inspection services

Operates orbital transfer vehicles for last-mile satellite delivery, hosted payload services, space cloud computing, and in-orbit servicing

Develops a standardized autonomous rendezvous and docking module for satellite life extension, debris removal, and in-orbit servicing missions

Develops autonomous satellite servicing vehicles using electric propulsion for life extension, disposal, and on-orbit maneuvering

Develops orbital logistics vehicles, asteroid capture systems, and space domain awareness telescopes for cislunar resource utilization

Designs, builds, and operates autonomous spacecraft for space domain awareness, debris removal, and in-orbit servicing using gridded ion propulsion