From code to car: BMW brings humanoid robots into German production lines

The BMW Group is taking a major step toward the factory of the future, announcing Friday the first-ever deployment of humanoid robots in its European production network.

The pilot project, launching at BMW’s Leipzig plant in Germany, follows a successful trial in the US where a humanoid robot helped build more than 30,000 vehicles in under a year.

Factory trial phase

At the heart of the move is what BMW calls “Physical AI” — the integration of artificial intelligence (AI) with real-world machines and robots capable of learning, adapting, and operating autonomously on the factory floor.

The Leipzig pilot will test humanoid robots in series production, including the assembly of high-voltage batteries and the manufacturing of vehicle components, with full pilot operations expected to begin in summer 2026.

The decision builds on lessons from BMW’s Spartanburg plant in South Carolina, where a humanoid robot developed with Figure AI completed over 1,250 operating hours in 10 months. 

Working 10-hour shifts, five days a week, the robot handled physically demanding and precision-heavy tasks such as positioning sheet metal parts for welding. In total, it moved more than 90,000 components and logged an estimated 1.2 million steps, demonstrating that humanoid robots can function reliably in live automotive production.

Scaling physical AI

BMW executives say digitalization and AI are now central to the company’s global manufacturing strategy. AI is already embedded across its production system, from digital twin “virtual factories” and AI-powered quality checks to autonomous transport robots in logistics. A unified IT and data platform allows AI systems to access standardized, real-time information, enabling increasingly complex decision-making and autonomous action.

To accelerate adoption, BMW has also established a new Center of Competence for Physical AI in Production, consolidating expertise in robotics, AI software, safety, and industrial integration. The center will evaluate technology partners and guide pilot projects from laboratory testing to real-world factory deployment.

For the Leipzig project, BMW is working with long-time technology partner Hexagon, whose robotics unit unveiled its humanoid robot AEON in 2025. The robot’s human-like design allows it to switch between tools, scanners, and grippers, and to move dynamically on wheels, making it suitable for multiple production tasks.

Won’t replace humans

BMW stresses that humanoid robots are intended to complement—not replace—existing automation and human workers. Their primary role will be to take on monotonous, ergonomically challenging, or safety-critical jobs, easing physical strain and improving working conditions.

With Europe now joining the US in live humanoid robot trials, BMW is positioning itself at the forefront of AI-driven manufacturing, signaling how advanced robotics could reshape industrial production in the coming decade.

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Nathaniel Alexander Abaño

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