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Rossmann Tests Humanoid Robot to Revolutionize Warehouse Efficiency

A robot that never stops? Rossmann's bold experiment could redefine retail logistics. Meet the Walker S2, the humanoid helper with a battery trick up its sleeve.

The image shows a group of robots working on a conveyor belt in a warehouse, with cardboard boxes...
The image shows a group of robots working on a conveyor belt in a warehouse, with cardboard boxes on the conveyor belts and vehicles on the floor. The robots appear to be automated, suggesting that the warehouse is equipped with a variety of tools and equipment to ensure the safety and efficiency of the workers.

Rossmann Tests Humanoid Robot to Revolutionize Warehouse Efficiency

German drugstore chain Rossmann has begun testing a humanoid robot at its logistics hub near Hanover. The Walker S2, developed by UBTech, is designed to improve efficiency and support staff in warehouse operations. This marks one of the first real-world trials of the advanced robot in a major retail logistics setting. The Walker S2 stands out due to its ability to swap batteries independently. Equipped with a dual-battery system, it can replace one battery while the other remains active. This feature allows the robot to operate almost non-stop, with up to four hours of stationary use or two hours of movement before a swap is needed.

UBTech has programmed the robot to detect when a battery change is required. This automation reduces downtime and keeps the system running smoothly. Rossmann's trial will evaluate how well the technology integrates into daily operations and whether employees find it useful. The one-year pilot project aims to test the robot's practical benefits. If successful, it could lead to wider use of humanoid robots across Rossmann's logistics network. The company hopes the Walker S2 will ease workloads and increase efficiency in its warehouses.

The trial will assess both technical performance and staff feedback. Results will determine whether Rossmann expands the use of the Walker S2 in its logistics centres. The project could set a precedent for how humanoid robots are deployed in retail supply chains.

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