ThinkToolkit
ThinkOrbital, Inc.
Robotic arm and arm-agnostic end-effector suite for in-space servicing, construction, and inspection, including flight-proven electron-beam welding.
Technical specifications
- Welding method
- Electron beam welding
- Weld capacity
- 30 cm of steel in a single pass
- Energy efficiency
- > 90%
- Environment requirement
- High vacuum
- Components
- Robotic arm plus arm-agnostic end effector
- Capabilities
- Welding, cutting, additive manufacturing, proximity X-ray inspection, debris management/aggregation
- Flight heritage
- Electron beam welding flight-demonstrated on orbit, Flight-1 mission, May 2024
About
ThinkToolkit is ThinkOrbital’s suite of technologies supporting in-space servicing, construction (welding, cutting, additive manufacturing), proximity X-ray inspection of satellite interiors, and military operations. It consists of a robotic arm and an arm-agnostic end effector, and can turn a medium-sized or larger spacecraft into a space-domain-awareness, anomaly-diagnosis, and in-space servicing/assembly/manufacturing/construction (ISAM&C)-capable craft, effectively turning a space tug into a space service station; it also supports orbital debris cleanup via managing and aggregating debris. Its centerpiece capability, electron beam welding, has been flight-tested in space on ThinkOrbital’s Flight-1 mission (May 2024); it requires a high-vacuum environment, offers the highest weld strength with the smallest heat-affected zone of any welding method, can weld 30 cm of steel in a single pass, and operates at over 90 percent energy efficiency. This capability is positioned to enable large-scale space structures such as orbital shipyards, domes, and propellant tanks for future lunar stations.
Documentation
No public datasheet yet — request the datasheet / ICD from the supplier.
