The BMW Group is accelerating the digital transformation of its global manufacturing network — and Europe is now at the center of its latest breakthrough.
For the first time, BMW is deploying humanoid robots powered by Physical AI at its BMW Group Plant Leipzig, marking a major step toward intelligent, AI-driven automotive production.
What Is Physical AI — and Why It Matters
Physical AI merges digital artificial intelligence with real-world machines and robotics. Unlike traditional automation, these AI-enabled systems can learn, adapt, and operate autonomously in dynamic factory environments.
BMW has already embedded AI across its production system — from digital twins in virtual factories to autonomous intralogistics. Now, the company is integrating intelligent humanoid robots directly into vehicle and high-voltage battery assembly.
According to Milan Nedeljković, Member of the Board of Management responsible for Production, digitalisation and AI are central to maintaining global competitiveness.
Leipzig Pilot: Humanoid Robotics in Real-World Production
BMW’s European pilot is being conducted in collaboration with Hexagon and its Zurich-based robotics unit Hexagon Robotics.
The project centers on AEON, a humanoid robot introduced in June 2025. After successful lab validation, AEON began initial deployment at the Leipzig plant in December 2025, with expanded testing planned for April 2026 ahead of a full pilot phase in summer 2026.
AEON’s human-like form allows flexible attachment of hand tools, grippers, and scanning systems. Mounted on wheels, it can dynamically move across workstations.
At Leipzig, testing focuses on high-voltage battery assembly, component manufacturing and multi-functional repetitive tasks
The goal: support ergonomically demanding, repetitive, and safety-critical operations while improving working conditions for employees.
Learning From the U.S.: Spartanburg Success
BMW’s European expansion follows a successful 2025 pilot at its BMW Group Plant Spartanburg in partnership with Figure AI.
The humanoid robot Figure 02 supported production of more than 30,000 BMW X3 vehicles in just ten months. Working 10-hour shifts, it precisely handled sheet metal components for welding — moving over 90,000 parts and logging approximately 1.2 million steps across 1,250 operating hours.
The results demonstrated measurable value:
– Millimeter-precise component positioning
– Stable performance in full shift operation
– Faster-than-expected transition from lab to factory
Crucially, integration into BMW’s Smart Robotics ecosystem was achieved via standardized interfaces, ensuring smooth coexistence with existing automated systems.
A major enabler behind BMW’s Physical AI strategy is its unified production IT and data model. The company has consolidated previously isolated data silos into a single standardized data platform across its global production network.
This allows continuous AI learning, autonomous decision-making agents and rapid scaling of new robotics applications.
BMW has formalized this strategy with a new Center of Competence for Physical AI in Production, consolidating expertise and evaluating technology partners under strict industrialization criteria.
BMW iFACTORY: The Foundation of Smart Manufacturing
Digitalisation and AI are core pillars of company’s BMW iFACTORY production framework, designed to ensure flexible, future-proof manufacturing worldwide.
Humanoid robots are not replacing existing automation — they are expanding it. BMW views them as a complementary solution for complex tasks where adaptability, dexterity, and mobility are critical.
The next-generation Figure 03 robot is already under evaluation for additional use cases.
With Physical AI now moving from the laboratory into full-scale European vehicle production, BMW is positioning itself at the forefront of AI-driven automotive manufacturing — particularly as electric vehicle and battery assembly processes become more sophisticated and data-intensive.
