In brief
UK retailers like Tesco, Asda and Next now use Geek+ robots to speed up picking and move shelves, reducing errors and improving productivity. Built in Hefei, China, these robots leverage QR‑coded floor markers and safety fencing, sidestepping costly conveyor systems. With 2,000 robots deployed across 10 UK sites, the technology addresses labour shortages and productivity gaps highlighted by the OECD. While humanoid robots are emerging in factories and hospitals, the wheeled robots already offer clear cost and efficiency gains for today’s supply chains.
Every online purchase sparks a subtle choreography inside a warehouse: a squat silver floor robot pulls a shelf, vaults it across the floor, and hands it to a worker. That choreography is now made possible by Geek+'s autonomous mobile robots, manufactured in Hefei, China and deployed across more than 2,000 sites in the UK, including Tesco, Asda and Next.
Unlike traditional warehouse automation that relies on permanent conveyor systems, Geek+ robots move via simple QR‑coded floor markers and safety fencing, offering a low‑cost, flexible, full‑scale solution that can be rolled out within weeks. The UK’s long‑standing productivity deficit—cf. OECD reports—creates a perfect testing ground for the technology’s promise to deliver faster picking, larger storage capacity in hard‑to‑reach spaces and fewer errors.
Geek+ became the world’s largest supplier of autonomous mobile robots by 2025, after a successful Hong Kong share sale. Its partner, MotionTech, recently deployed over 10 warehouses across the country, covering 10% of the UK e‑commerce warehouse market. Arthur Pemberton, MotionTech Account Director, says “customers want high‑volume, high‑storage, fast picking on a smaller footprint with a reduced headcount.” UK trading unions, meanwhile, echo the need for retraining workers as robots take over repetitive tasks, urging that automation should raise productivity and improve jobs, not cut labour.
The next step for Geek+ is to deliver end‑to‑end warehouses, adding picking, handling and packing. A joint push with suppliers like AgiBot and Unitree plans to develop humanoid robots, though skeptics say the current technology is not yet suitable for highly repetitive tasks that require exact dexterity. Nonetheless, the UK’s warehouses are already the test bed for China's next frontier of robotics, linking Beijing’s manufacturing eminence with the energy‑driven robotics ecosystem fostered by its electric vehicle sector.
The rise of these autonomous robots reflects China's broader strategy to “boost productivity and maintain the manufacturing advantage.” As the newly growing labour‑supply market may leave part of the UK workforce short, the country is now poised to welcome this wave of automation, setting a new precedent for retail efficiency and the global robotics export market.
