Robotics
Thematic 26Involves significant robotics capability (assembly, servicing, rovers)
| Company ↑ | HQ | Status | Tags | |
|---|---|---|---|---|
| Pittsburgh, Pennsylvania | OPERATING | → | ||
| Sumida, Japan | OPERATING | → | ||
| Broomfield, Colorado | OPERATING | → | ||
| Kent, Washington | OPERATING | → | ||
| Renens, Luxembourg | OPERATING | → | ||
| Italy | OPERATING | → | ||
| Paris, France | OPERATING GOV | → | ||
| Torrance, California | OPERATING | → | ||
| Torrance, California | OPERATING | → | ||
| Houston, Texas | OPERATING | → | ||
| Chofu, Japan | OPERATING GOV | → | ||
| Flagstaff, Arizona | OPERATING | → | ||
| Turin, Italy | OPERATING | → | ||
| Golden, Colorado | OPERATING | → | ||
| Brampton, Canada | OPERATING | → | ||
| California | OPERATING | → | ||
| Washington, District of Columbia | OPERATING GOV | → | ||
| Jacksonville, Florida | OPERATING | → | ||
| Long Beach, California | OPERATING | → | ||
| Laconia, New Hampshire | OPERATING | → | ||
| Botany, Australia | OPERATING | → | ||
| Lexington, Kentucky | OPERATING | → | ||
| Tukwila, Washington | OPERATING | → | ||
| Boulder, Colorado | OPERATING | → | ||
| Denver, Colorado | OPERATING | → |
Develops lunar landers, rovers, surface power systems, and reusable suborbital rockets for payload delivery and infrastructure on the Moon
Designs and operates spacecraft for on-orbit servicing, including debris removal, satellite life extension, and refueling across LEO and GEO
Develops orbital transfer vehicles for in-space transportation, satellite life extension, and payload delivery services
Develops reusable heavy-lift launch vehicles, rocket engines, lunar landers, in-space logistics platforms, and satellite communications constellations
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
Intergovernmental agency coordinating European space programs across science, Earth observation, navigation, telecommunications, and human spaceflight
Develops space robotic systems for in-orbit servicing, satellite assembly, and lunar infrastructure construction
Operates autonomous precision manufacturing factories producing components for aerospace and defense companies, powered by AI-driven factory automation software
Designs and operates lunar landers, data relay satellites, and infrastructure services to commercialize access to the Moon
Japan's national space agency conducting launch operations, satellite development, Earth observation, asteroid exploration, and human spaceflight research
Builds robotic spacecraft and modular payloads for in-space servicing, satellite upgrades, and space domain awareness
Develops a standardized autonomous rendezvous and docking module for satellite life extension, debris removal, and in-orbit servicing missions
Builds lunar rovers and robotic infrastructure for surface mobility, prospecting, and crew transport on the Moon and Mars
Designs and manufactures satellite systems, orbital robotics, and geointelligence platforms for government, defense, and commercial space operators worldwide
Designs and manufactures robotic arms, motor controllers, and mechanisms for space missions including Mars rovers, on-orbit servicing, and lunar exploration
Conducts civilian space exploration, aeronautics research, and space science across human spaceflight, robotic missions, and Earth observation programs
Manufactures satellite components, solar arrays, deployable structures, and spacecraft platforms for defense, civil space, and in-space manufacturing missions
Manufactures reusable medium-to-heavy-lift launch vehicles using large-scale metal 3D printing and autonomous robotics
Designs and operates autonomous orbital robots for payload hosting, in-space compute, inspection, space domain awareness, and in-space logistics services
Builds rapid-response orbital servicing vehicles for close-proximity inspection, monitoring, and protection of space assets across all Earth orbits
Designs and operates automated microgravity research and manufacturing facilities aboard the ISS and develops free-flying orbital platforms
Develops autonomous satellite servicing vehicles using electric propulsion for life extension, disposal, and on-orbit maneuvering
Defending, servicing, and building space infrastructure with X-ray inspection, robotic toolkits, and autonomously assembled orbital platforms
Develops defense electronics, solid and electric propulsion systems, commercial space station infrastructure, and mission-critical space solutions for government and commercial customers