BMW Deploys Humanoid Robots at Leipzig Plant

BMW begins testing humanoid robots in series production at its Leipzig plant, following a US pilot. Learn how Physical AI is entering car manufacturing.

BMW Group is bringing humanoid robots into series production in Germany for the first time. The pilot project at the Leipzig plant marks a further step in the company’s implementation of Physical AI — the combination of digital artificial intelligence and real-world robotic systems.

This is not a laboratory demonstration but a deployment within an active production environment. In Leipzig, the robots are being integrated into existing vehicle assembly processes and will also be tested in high-voltage battery production and component manufacturing. The plant, which produced 259,430 vehicles in 2024 and employs around 6,600 people, has already expanded its battery expertise from module production to high-voltage battery assembly. Now humanoid robotics is being added to a production landscape that already includes digital twins and automated logistics.

The European pilot is being carried out in cooperation with Hexagon Robotics in Zurich. Introduced in June 2025 as a “humanoid built for industry,” the AEON robot is designed specifically for industrial use. According to German reports, AEON stands about 1.65 meters tall, weighs around 60 kilograms, can reach speeds of up to 2.5 m/s and operates for roughly three hours before autonomously replacing its battery. Its human-like structure allows different grippers and tools to be attached, while a wheeled base enables flexible movement across production areas. For now, the robots operate in designated zones in line with industrial safety standards.

The move to Europe follows an earlier deployment in the United States. In 2025, the Figure 02 humanoid robot worked for approximately eleven months at BMW Group Plant Spartanburg in bodyshop operations. It supported the production of more than 30,000 BMW X3 vehicles, running ten-hour shifts from Monday to Friday. During that period, the robot handled over 90,000 sheet-metal components, accumulated about 1,250 operating hours and covered roughly 1.2 million steps. Its task involved the precise loading and positioning of parts ahead of welding — a repetitive process requiring both accuracy and endurance.

BMW emphasizes that humanoid robots are intended to complement existing automation rather than replace it. The focus is on monotonous, ergonomically demanding or potentially hazardous tasks. German reports also state that no job reductions are planned in connection with the current tests.

The technological foundation for this development is BMW’s unified IT and data platform, created under the BMW iFACTORY production strategy. Built around the principles of Lean, Green and Digital, iFACTORY aims to ensure transparency of data, sustainable processes and flexible manufacturing structures. Integration of humanoid systems is carried out via standardized interfaces within BMW’s smart robotics platform, enabling scalable implementation if the pilots prove successful.

The broader context is a rapidly evolving humanoid robotics market. Analysts estimate that the sector could reach tens of billions of dollars by 2035, with significantly larger long-term potential. At the same time, car manufacturers are still evaluating how effectively such systems can perform under real serial-production conditions. The experience in Spartanburg suggested that transferring trained motion sequences from laboratory environments into stable shift operations may happen faster than expected.

Initial laboratory tests in Leipzig were completed at the end of 2025. Further trials are scheduled from April 2026, with the full pilot phase set to begin in the summer. If the results confirm expectations, humanoid robots could become not a showcase experiment, but a practical addition to modern automotive manufacturing.