Best Space Robotics Robots 2026

Mars rover conducting astrobiology research in Jezero Crater. Equipped with SHERLOC, PIXL, and SuperCam instruments. Collects and caches rock samples for future Earth return. Carries Ingenuity helicopter.

First powered aircraft to fly on another planet. Originally a 5-flight technology demo, completed 72 flights over 3 years on Mars. Proved aerial scouting viable for planetary exploration.

Mission Extension Vehicle that docks with aging satellites to extend their operational life. MEV-2 successfully docked with Intelsat 10-02 in GEO. Provides station-keeping and attitude control.

Satellite bus platform adapted for robotic servicing missions. Robotic arms for satellite inspection, refueling, and component replacement in geostationary orbit.

Pneumatic sample collection system for planetary surfaces. Uses gas jets to loft regolith into a collection container. Flew on Intuitive Machines IM-1 mission. Low-mass, no moving parts.

Modular robotic arm system for spacecraft servicing and assembly. Flight-heritage manipulator used on Mars 2020. Designed for in-orbit satellite servicing and construction.

Smart Lander for Investigating Moon. Japanese precision lunar lander that achieved pinpoint landing within 100m of target. Demonstrated face-down landing and deployed two mini rovers.

Indian lunar rover deployed by Chandrayaan-3. First spacecraft to land near the lunar south pole. Carried APXS and LIBS instruments. Confirmed presence of sulfur on Moon surface.

In-space refueling depot and tanker. Uses RAFTI fuel port standard. Stores and transfers hydrazine to client satellites in orbit. Enables indefinite satellite life extension.

Commercial lunar lander that achieved first US soft landing on the Moon since Apollo. Odysseus lander carried 6 NASA payloads. Part of NASA CLPS program for commercial lunar services.

Limbed Excursion Mechanical Utility Robot with climbing capability. Uses hundreds of tiny fishhook grippers to scale rock walls. Technology spinoffs include ice-climbing and asteroid-gripping robots.

Humanoid robot designed for ISS operations. Dexterous hands can use same tools as astronauts. First humanoid robot in space. Assists with repetitive and dangerous tasks aboard the station.

Full-size humanoid robot designed for disaster response and space exploration. 44 degrees of freedom. Intended for pre-deployment to Mars or lunar habitats before human arrival.