Elephants to Ants: Innovation in Integration

Nuclear decommissioning robots are being redesigned to be as adaptable as a smartphone, swapping out tools and software like apps rather than building a one-off machine for each task. This matters because the UK has a huge legacy of nuclear facilities that need to be taken apart safely. Current robotic solutions are often bespoke, expensive, and inflexible—built for a single job and then discarded. That approach is slow, costly, and generates more waste. The project tackles this by applying open, modular, and reusable robotic systems—the same principles that have slashed development times and costs in other industries—to the uniquely unpredictable environment of nuclear decommissioning. If successful, the research could fundamentally change how decommissioning is done. Instead of designing a new robot for every hazard, operators could reconfigure a standard toolkit on the fly, reducing both upfront costs and technical risk. The direct impacts would be faster clean-up, less radioactive waste from the robots themselves, and lower overall project costs. This is applied engineering, not fundamental science—the goal is a practical, deployable shift in how the nuclear industry approaches one of its hardest problems.