Kurs Orbital

Kurs Orbital specializes in on-orbit servicing, providing satellite life extension, docking, space debris removal, and satellite inspection.

Kurs Orbital develops an advanced autonomous rendezvous and docking module that enables satellite life extension, space station docking, and space debris removal. The ARCap module uses machine vision, radar, and robotics to service satellites in various orbits, including relocating, inspecting, and de-orbiting spacecraft that can no longer operate independently. By attaching to non-cooperative targets, the technology provides a comprehensive solution for extending satellite operational lifespans and maintaining sustainable space environments.

ExLabs

ExLabs is a pioneering aerospace company that is revolutionizing space exploration and resource utilization.

ExLabs develops advanced spacecraft and robotic technologies for space exploration and resource management. The company specializes in creating large-scale space vehicles designed to capture, control, and redirect space objects like debris and near-earth asteroids. Their key technologies include the Arachne Platform and Space Exploration and Resource Vehicle (SERV), which enable object capture, debris removal, and potential resource extraction in space environments.

Orbotic Systems

Orbotic Systems is advancing human progress in low Earth orbit (LEO) by addressing the growing threat of space debris.

Orbotic Systems develops innovative space technology to address orbital debris challenges. The company creates the D3 device, a cost-effective satellite maneuvering and deorbiting solution that provides 80% of traditional propellant thruster capabilities at just 10% of the cost. Their technology enables SmallSat operators to safely manage spacecraft in low Earth orbit without using explosive propellants. By developing advanced solutions for satellite management and space infrastructure protection, Orbotic Systems is actively working to enhance space sustainability and reduce orbital debris risks.