RACE has a growing research team that focusses on robotic research and development to support the UKAEA’s fusion programmes.
From over 30,000 hours of operational experience, the RACE research team has world-leading knowledge of the challenges, constraints and operational considerations of remote handling technology.
The team is continuously developing fresh knowledge and capabilities, seeking opportunities to transfer new technology out of academia or from other industries. These innovations are applied across RACE’s fusion robotics programmes.
Key challenges for robotics in fusion and beyond
- Architecture optimisation including design for remote maintenance
- Service joining including pipes, bolts, connectors
and NDE - Slender mechanisms and operations in
confined, cramped spaces - Handling of challenging components
- Environmental compatibility including radiation, vacuum, magnetic fields
- Assurance, trust and regulation
- Rapid response including inspection and in-situ repair
- Maintenance productivity
- Waste management
- Through-life cost reduction for long-lived facilities
UK Magnetic Fusion Research Programme
The UK Magnetic Fusion Research Programme is a collaborative endeavour that brings together world-leading research from RACE in collaboration with top UK universities.
This program focusses on five key topics: long-reach deployment robotics, radiation-tolerant systems and materials, in-situ repair techniques, pipe service joining and long-term autonomous inspection. Through research and innovation, we aim to advance the frontiers of fusion robotics and contribute to the future of fusion energy.
Collaboration with Korea Institute of Fusion Energy (KFE)
RACE is collaborating with Korea Institute of Fusion Energy (KFE) to further develop foundational remote maintenance capabilities. These will be critical for future fusion devices like K-DEMO – Korea’s DEMO-class fusion machine. Together we will be conducting R&D into key challenge areas of fusion robotics including tendon driven arms, in-pipe cutting and welding, and radiation-resilient electronics.
Automated Inspection and Maintenance
The Automated Inspection and Maintenance Unit is a modular robot cell for research, with two robots with 10 kg payload and 1.3 m reach mounted on rails, with interchangeable end effectors and a range of sensors.
The cell allows us to perform research into automation for maintenance tasks over extended periods without human intervention.
