BMW begins using humanoid robots in factories, aiming to streamline production and reduce electric vehicle costs.
BMW has officially begun integrating next-generation humanoid robots into its manufacturing process, marking a major shift in how vehicles—especially EVs—are built. After successful pilot programs in the United States, the company has introduced AEON robots at its Leipzig plant, developed in partnership with Hexagon Robotics.
Unlike traditional industrial robots—large, fixed machines typically confined to safety cages—these new humanoid units stand about 5 feet 7 inches to 5 feet 11 inches tall and can move freely across the factory floor. That mobility allows them to handle a wider range of tasks without requiring major infrastructure changes.
What sets AEON apart is its use of artificial intelligence and the “Insight” software platform, developed by researchers at the University of Zagreb. This system enables real-time adaptability: when production line conditions change, the robots don’t stop—they adjust automatically.
That flexibility is especially valuable in electric vehicle manufacturing, where frequent updates to models have traditionally required expensive retooling. With the new system, switching to a different model can be as simple as installing updated software.
The rollout is part of BMW’s broader iFACTORY initiative, which aims to make production more digital, efficient, and environmentally friendly. Early results are notable: material waste has been reduced by about 50%, and assembly times per vehicle have dropped significantly.
The technology is already proven in real-world use, having contributed to the production of more than 30,000 vehicles. BMW is betting on flexible, intelligent systems—arguing that the future of auto manufacturing will depend less on factory size and more on the capabilities of advanced robotics.