BMW Launches Pilot Project with Humanoid Aeon Robots at Leipzig Plant

BMW is advancing its automation strategy by introducing the humanoid Aeon robot from Hexagon Robotics into automotive production at its Leipzig facility. This initiative marks the automaker's first deployment of the Aeon robot in Europe as part of a pilot program aimed at enhancing efficiency and precision in manufacturing processes.

The Aeon robot, developed by the Swiss company Hexagon Robotics, was unveiled in June 2025 and represents the manufacturer's initial foray into humanoid robotics. Standing 1.65 meters tall and weighing 60 kilograms, the robot is engineered with 34 degrees of freedom, including articulated hands, allowing it to handle objects up to 8 kilograms, with a temporary capacity to lift loads as heavy as 15 kilograms. The Aeon is powered by replaceable batteries, enabling continuous operation of up to four hours before needing a battery change.

Prior to this European rollout, BMW has gained experience integrating humanoid robots into its US Spartanburg plant, where Figure-02 robots from Figure AI have been used since 2025. These robots have been utilized for demanding tasks such as the precise positioning of sheet metal during welding operations--a role requiring both physical strength and meticulous accuracy. Over a ten-month period, the Figure-02 robots operated in 10-hour shifts, amassing 1,250 hours of service and moving approximately 90,000 sheet metal components, contributing to the assembly of an estimated 30,000 BMW X3 vehicles.

For the Leipzig facility, the Aeon robot will initially be tested in the assembly of high-voltage batteries and components. BMW is adopting a phased approach, starting with simulated production environments in Hexagon Robotics' laboratories. These initial assessments aim to determine the robot's suitability for integration within the actual manufacturing process. Upon successful laboratory trials, the robot will undergo real-world testing under production conditions at the Leipzig plant, followed by a broader pilot implementation.

The Aeon robot's design incorporates both bipedal locomotion and the ability to move on two wheels, allowing for increased mobility and speed on smooth industrial floors--up to 2.4 meters per second. This flexibility is intended to optimize the robot's performance in fast-paced manufacturing settings. The integration of advanced AI and physical intelligence enables Aeon to handle repetitive and strenuous tasks, potentially reducing human workload and minimizing errors in precision-dependent roles.

BMW's ongoing commitment to automation is part of a wider industry trend to improve productivity, safety, and product quality through robotics. By systematically evaluating and deploying humanoid robots such as Aeon, the company seeks to enhance its production capabilities while addressing labor-intensive tasks that benefit from robotic support. The Leipzig pilot project is expected to provide valuable insights into the potential for broader adoption of humanoid robotics across BMW's global manufacturing network.

This initiative underscores the automotive industry's increasing reliance on innovative automation technologies to maintain competitiveness in a rapidly evolving market. If successful, the deployment of humanoid robots like Aeon could serve as a model for future smart factories, where human-robot collaboration becomes integral to efficient and flexible production.