Car Company Puts Human-Like Robots on Their Production Line
BMW is expanding its use of humanoid robots as part of its push to modernize electric vehicle production.
The automaker recently tested advanced, humanlike robots at its plant in Spartanburg, South Carolina. Following that trial, the company is now bringing the technology to its facility in Leipzig, Germany, according to an April 20 report from Fox News.
The initiative was first introduced in February, when BMW outlined plans to experiment with “Physical AI” robots developed with Hexagon Robotics. These machines are being deployed in Leipzig, where the company manufactures electric vehicles.
BMW says the goal is to incorporate humanoid robots into its existing production lines while also examining how they could be used in building batteries and other components. Milan Nedeljković, a member of the company’s management board, said that increased digitalization is helping strengthen BMW’s competitiveness both in Europe and globally.
BMW is testing AI-powered humanoid robots at its Leipzig factory, evaluating them for assembly, component production and EV battery manufacturing. pic.twitter.com/c644CCYWaE
— Interesting Engineering (@IntEngineering) March 14, 2026
He added that combining engineering knowledge with artificial intelligence is creating new opportunities for manufacturing.
While robots have long been used in auto production, typically in the form of specialized robotic arms, these newer humanoid systems are designed to work more flexibly and adapt to a wider range of tasks.
In an earlier pilot program, BMW used Figure 02 humanoid robots to position sheet metal along the BMW X2 assembly line. According to the report, those machines assisted in the production of more than 30,000 vehicles.
Your BMW is Being Built By Robots. 🤯@Figure_robot @adcock_brett pic.twitter.com/vSXSHrVAql
— Shawn Ryan Show (@ShawnRyanShow) March 30, 2026
Michael Nikolaides, who oversees BMW’s production network, said these trials are helping the company better integrate AI and train the robots to operate in complex factory settings.
Humanoid robots may offer advantages over traditional systems because they can adjust to unexpected changes in the production process, rather than performing only a single, fixed function.
Company leaders expect AI-driven robotics to play a larger role in manufacturing in the years ahead.
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