On his recent visit to Bristol, Prince William met with the Bristol Robotics Lab. There, he helped shape and test groundbreaking technologies aimed at solving some of today’s most pressing social issues. Smart lab The lab is a joint venture between the University of Bristol and the University of the West of England. Most importantly, it highlights cutting edge solutions focused on connecting people to fulfilling lives—from promoting mobility to overcoming a range of other health barriers.
During his visit, Prince William got to test some of the lab’s cutting-edge mobility scooters. In the process, he got immersed in an exoskeleton made for people with mobility limitations. This device includes massive battery packs to supercharge this functionality. Judith Squires, deputy vice president of the University of Bristol, thanked the royal visitor. She added that it was a “real honour” that Prince William took an interest in the work they are doing at the lab.
Judith Squires further described the importance of these technologies that the fellows are developing in the context of our increasing aging population. She emphasized, “Thinking about ways we can support people to live independent, dignified lives is going to be a game changer.” This keen sentiment aligns absolutely with the lab’s guiding mission. We work to develop affordable, multimodal solutions that increase mobility and general quality of life for older adults and people with disabilities.
Prince William during his visit to the robotics lab He visited Matter, which was one of the previous finalists that competed for his Earthshot Prize. Founded by Zeke Steer, Matter specializes in creating microplastic filtration systems to prevent environmental pollution. At each visit, the team proudly unrolled a ball of red microfibers. This textile came from an average of ten washes worth of red towels and two plastic containers full of microfibers gathered by a machine made to address issues in textile production.
Zeke Steer highlighted the broader implications of their work, stating, “(The socks) detect rising levels of distress that a person with dementia may have, giving carers a window of opportunity to alleviate that distress before it escalates.” This new model serves as an example of how to merge technology and hands-on caregiving to improve care.
Prince William’s visit to Bristol not only highlighted the innovative projects at the robotics lab but showcased several ventures driving advancements in science, technology, engineering, and sustainability in the area.
“I’m genuinely horrified. I can’t get over the size,” – Prince William