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Project

Geely began to use humanoid robots in the production of cars

Customers: Geely International Corporation

Shanghai; Transport

Contractors: Ubtech Robotics
Product: Geely Zeekr (electric vehicles)

Project date: 2024/08

In early August 2024, it became known that Geely Holding Group began using humanoid robots in the production of premium electric vehicles.

The new Walker S Lite robots appeared at Geely subsidiary Zeekr's plant in early July 2024. The developer of new tools is [Ubtech Robotics' UBTech Robotics]]. According to the manufacturer, Walker S Lite is a new light humanoid robot that can be used in the smart manufacturing and logistics sector, performing quite complex tasks.

Geely began to use humanoid robots in the production of cars

The work of the humanoid robot at the Zeekr plant is the result of a partnership between UBTech, Geely Holding and Miracle Automation Engineering, according to a press release. Geely Corporation provides scenarios for the use of humane robots of the Walker S series manufactured by UBTech, and Miracle Automation provides data collection for the production line, development of processes and scenarios for training humanoid robots. All three companies are ready to work together to ensure the new robotic vehicle and component manufacturing project scales.

The Walker S Lite robot combines the functions of simulated learning, visual recognition and full-body precise motion control for autonomous navigation and movement under load on various assembly lines. It can be used to collaborate with Automated Controlled Vehicles (AGVs), according to a press release. Walker S Lite is equipped with high-performance servo drives and six-dimensional force sensors, thanks to which it is able to carry 15 kg loads.

Geely began using humanoid robots in the production of Zeekr electric vehicles

Zeekr is not the only company experimenting with humanoid robots in factories. Earlier, the Walker S robot was ordered by automaker Nio to undergo training at a plant to produce vehicles based on new energy sources. At the factory, Nio Walker S used its real-time image capture and transmission capabilities to participate in quality inspection of door locks, seat belts, and headlamp covers. In addition, it was used to apply logos to finished cars.[1]

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