BMW has launched a pilot in its Leipzig plant to integrate humanoid robots into mass-production lines, marking the company’s first deployment of physical artificial intelligence in Europe. The Swedish-made AEON unit, supplied by Hexagon, will be tested on assembly-line tasks and high-voltage battery production that are physically demanding for human workers and typically require heavy protective clothing.
The move follows a prior pilot at BMW’s Spartanburg, South Carolina factory, where a humanoid known as “Figure 02” participated in the assembly of more than 30,000 BMW X3s. BMW says the European trial mirrors the scale of that U.S. experiment and frames humanoid robots as a complement to existing automation, intended to reduce physical strain on employees while improving speed and precision in operations where those attributes are critical.
Automakers have begun treating humanoid robots as both a productivity lever and a potential new revenue stream. Investment banks have made large market-size forecasts for the sector; Morgan Stanley has estimated that humanoid robots could become a multitrillion-dollar market by mid-century. Carmakers including Toyota have also announced pilots in North America, signalling an industry-wide effort to bring advanced robotics into vehicle and battery manufacturing.
Beyond headline innovation, BMW is explicit about the strategic logic: robots could enable the company to insource tasks currently handled by suppliers, shortening production chains and asserting greater control over quality and costs. Milan Nedeljković, BMW’s production chief who is due to become CEO in May, described digitalisation and robotics as central to sharpening the group’s global manufacturing competitiveness.
The practical appeal is clear on the shop floor. Tasks in battery assembly are physically taxing and expose workers to high-voltage environments that require cumbersome protective gear; humanoid robots can operate in these conditions without those constraints. BMW frames deployment as a way to improve work conditions, offloading the most strenuous jobs while leaving higher-skill roles for humans.
The experiment nonetheless raises familiar questions about jobs, industrial relations and safety. German works councils and powerful unions such as IG Metall have historically resisted automation that risks headcount reductions, and widespread adoption would force firms and policymakers to confront reskilling, collective bargaining and regulatory oversight. There are also technical and security challenges in integrating humanoid platforms into high-throughput production lines and the supplier ecosystems that underpin them.