Kurs Orbital
Develops a standardized autonomous rendezvous and docking module for satellite life extension, debris removal, and in-orbit servicing missions
Kurs Orbital develops the ARCap module, a standardized autonomous rendezvous and docking system designed to enable any spacecraft to perform proximity operations with both cooperative and non-cooperative targets. The ARCap combines radar for long-range approach, laser rangefinder for mid-range navigation, and machine vision for final docking, all controlled by proprietary algorithms derived from the Kurs rendezvous system, which has completed over 300 successful dockings since 1985 aboard Mir and the International Space Station. The company targets satellite relocation, end-of-life de-orbiting, active debris removal, and on-orbit inspection missions. Founded in 2022 and headquartered in Turin, Italy, Kurs Orbital emerged from ESA BIC Turin and raised a €3.7 million seed round in 2024. The company holds a U.S. patent on its ARCap technology and plans its first in-orbit servicing mission in LEO for 2027.
Operates orbital transfer vehicles for last-mile satellite delivery, hosted payload services, space cloud computing, and in-orbit servicing
Designs and operates robotic spacecraft for active debris removal, satellite life extension, and in-orbit inspection services
Designs and operates spacecraft for on-orbit servicing, including debris removal, satellite life extension, and refueling across LEO and GEO