Workflows: Dexterous multi-arm manipulation, supervised or teleoperated task work, grasping research, and whole-body control for space robotics scenarios.
Operating environments: Orbital-operations research, low- and zero-gravity manipulation studies, laboratory prototype testing, and space robotics development programs.
Target markets: Space robotics labs, ETH project collaborators, orbital infrastructure researchers, and teams tracking humanoid manipulation beyond terrestrial industrial…
Deployment model: Research prototype. ORBIT has revealed HELIOS publicly, but has not announced a commercial deployment model.
Microgravity mobility and stabilization - Research demonstration - ORBIT documents HELIOS using four arms to navigate station interiors, hold position and handle tasks in microgravity, with cargo and inventory workflows as its first implementation focus. - source: orbitrobotics.ch
Material handling - Research demonstration - ORBIT documents HELIOS using four arms to navigate station interiors, hold position and handle tasks in microgravity, with cargo and inventory workflows as its first implementation focus. - source: orbitrobotics.ch
Inventory handling - Research demonstration - ORBIT documents HELIOS using four arms to navigate station interiors, hold position and handle tasks in microgravity, with cargo and inventory workflows as its first implementation focus. - source: orbitrobotics.ch