Fluid Wire Robotics

Fluid Wire Robotics builds electric robotic arms using Fluid Wires transmission for harsh environments like nuclear sites, underwater ops, space, and explosive zones.

Fluid Wire Robotics develops fully electric robotic arms designed to operate where conventional robots cannot, including space, nuclear facilities, underwater environments, high-temperature sites, and explosive atmospheres. Its robotic platform uses a remote actuation architecture that protects motors, sensors, and electronics while enabling manipulation in harsh conditions. Applications include satellite servicing, infrastructure inspection, maintenance, and industrial handling.

Space Quarters

Space Quarters builds large structures in space using robotic welding systems for orbital and lunar infrastructure.

Space Quarters develops robotic systems that weld together modules to create big structures in orbit and on the moon. Workers on Earth send up parts, and robots assemble habitats, factories, and platforms in microgravity. The company focuses on autonomous welding tech to make space construction faster and cheaper for research and industry needs.

Kurs Orbital

Learn about Kurs Orbital, a space technology company developing autonomous rendezvous and docking systems for satellite servicing, orbital relocation, and debris removal.

Kurs Orbital is a space technology company developing autonomous rendezvous and docking systems for in-orbit satellite servicing. Its ARCap Module combines machine vision, radar, laser ranging, and robotic technologies to enable spacecraft to approach and capture objects in orbit without direct human control. The technology is designed for satellite life extension, orbital relocation, spacecraft inspection, and space debris removal. Kurs Orbital is developing its systems for integration with servicing spacecraft operating in low Earth orbit and geostationary orbit, supporting emerging commercial space logistics and orbital maintenance operations.

Leonardo

Leonardo is a global industrial group that designs, develops, and manufactures technology for aerospace, defense, and security.

Leonardo is an aerospace and defense technology group developing electronic systems, sensors, and integrated technologies for aviation, defense, and space missions. Its space activities include electro-optical satellite payloads, atomic clocks, navigation equipment, space robotics, and Earth observation technologies. Through its Space Division and partnerships with Telespazio and Thales Alenia Space, Leonardo supports satellite manufacturing, communications, geospatial intelligence, spacecraft operations, and exploration programs. The company also develops digital technologies for space domain awareness, satellite data processing, and defense-related orbital infrastructure.

InspeCity

Inspecity is a space technology company that develops solutions for sustainability in the new space economy.

InspeCity is a space technology company developing in-orbit satellite servicing systems to extend spacecraft lifespans and support sustainable orbital operations. Its technology combines green propulsion, robotic manipulation, and autonomous rendezvous, proximity operations, and docking (RPOD) for satellite maintenance and servicing missions. The company’s development programs include GITA, RAMA, CHAKSU, and VEDA, which form part of its planned orbital servicing architecture. InspeCity is working toward spacecraft life extension, in-orbit refueling, and robotic servicing capabilities that could reduce satellite replacement requirements and support long-term space infrastructure.

QOSMOSYS

Qosmosys is an aerospace company specializing in the design, creation, and management of space exploration vehicles.

Qosmosys is a space technology company developing lunar spacecraft, robotic systems, and infrastructure concepts for exploration and commercial operations on the Moon. Its ZeusX spacecraft design combines a service module, lunar lander, and robotic system for transporting payloads and supporting surface activities. The company is also developing TRIOPS, a proposed positioning, navigation, and timing system for operations near the lunar south pole. Qosmosys previously launched the Zeus-1 nanospacecraft, which carried an experiment involving perovskite solar cells. Its lunar technologies remain primarily in development.

Honeybee Robotics

Honeybee Robotics specializes in the development of advanced spacecraft, robotic rovers, and other technologies for space exploration.

Honeybee Robotics is a space robotics company developing robotic arms, planetary drilling equipment, sampling systems, and scientific instruments for lunar and deep-space exploration. Its technology enables spacecraft and robotic explorers to collect, process, and analyze soil, rock, and ice samples in extreme environments. The company’s products include the TRIDENT lunar drill, PlanetVac sampling system, and robotic manipulators for planetary surface operations. As part of Blue Origin, Honeybee Robotics also develops lunar rovers, mobility systems, and technologies supporting resource extraction and scientific exploration missions.

PIAP Space

PIAP Space is a company that specializes in designing, engineering, and delivering top-quality robotics solutions.

PIAP Space is a space robotics company developing robotic manipulators, grippers, vision systems, and mechanical equipment for satellite servicing and space exploration. Its technology supports spacecraft capture, orbital debris removal, and robotic operations in space. The company develops robotic subsystems through projects including TITAN, focused on robotic arms for satellite servicing, and ORBITA, which involves modular grippers for orbital and planetary applications. PIAP Space also provides mechanical ground support equipment and engineering services for spacecraft assembly, integration, and testing.

Kall Morris

Kall Morris Incorporated (KMI) is an orbital debris research and solution development company that focuses on Active Debris Removal (ADR).

Kall Morris Inc. is a space technology company developing robotic capture and active debris removal systems for managing objects in Earth’s orbit. Its REACCH technology uses a mechanically articulated robotic end effector with gecko-inspired adhesion to capture and release objects without requiring specially prepared attachment points. The system is designed to interact with uncontrolled satellites, rocket components, and orbital debris of different shapes and surface conditions. Kall Morris is developing these technologies for debris removal, spacecraft repositioning, and orbital servicing missions that require secure interaction with objects in space.

ClearSpace

ClearSpace, a company based in Renens, Switzerland, is a pioneer in the field of space debris removal and in-orbit services.

ClearSpace is a space technology company developing robotic spacecraft and in-orbit servicing systems for removing orbital debris, inspecting satellites, and extending spacecraft operational lifetimes. Its technology combines autonomous navigation, robotic capture mechanisms, and rendezvous systems to approach and interact with objects in orbit. The company is developing missions including ClearSpace-1, designed to demonstrate active debris removal, and Phoenix, focused on satellite life-extension services. Its spacecraft technology supports safer satellite operations, orbital debris mitigation, and the development of commercial satellite maintenance infrastructure.