Robotic arm for space with grapple end-effectors on both ends, for docking spacecraft, manipulating payload, and inspection and repair. Operated autonomously or by remote teleoperation.
Free-flying intravehicular activity (IVA) robot with 8 fan thrusters and dual 7-DOF dexterous arms, scheduled for ISS deployment in 2027.
Commercial space robotics products and services derived from Canadarm technology, for lunar rovers, landers, satellite servicing and in-space assembly, with reach from 1 m.
Space-rated modular robotic arm system for on-orbit assembly, satellite servicing and planetary vehicles. Options: force-torque sensors, tool changing, end effectors, control software.
Robotic system of two robotic arms, sensors and modular interfaces that turns a spacecraft into a robotic spacecraft. Built on the xLink robotic manipulation system.
Grippers, force and torque sensors and robotic arms for satellite servicing, plus field testing and assembly, integration and testing (MAIT) of customised planetary mobile robots.
Seven-joint symmetrical robotic arm with standard interconnects as end-effectors, for on-orbit servicing and reconfiguration. Compatible with HOTDOCK.