BMW Deploys Humanoid Robots in Factory
BMW is launching its first real-world trial of humanoid robots, deploying two AI-powered 'AEON' units from Hexagon in a German auto plant. The robots will be tested on complex assembly line tasks that require flexibility and safe collaboration with human workers. The move signals a major shift from fixed cobots to general-purpose humanoids in high-end manufacturing.
This German trial at BMW's Leipzig plant is an expansion of its "Physical AI" strategy and follows earlier US-based tests. At its Spartanburg, South Carolina plant, BMW previously deployed the Figure 02 humanoid robot for 11 months, where it worked 10-hour shifts moving over 90,000 sheet metal parts for welding. The AEON robot, engineered in Sweden by Hexagon, stands 165cm tall, weighs 60kg, and can carry a 15kg payload. It navigates using a fusion of vision, lidar, depth, and tactile sensors, running its AI on an onboard NVIDIA Jetson Orin processor with a battery-swapping system for continuous operation. This pilot is part of a broader industry trend, with multiple automakers exploring humanoid robotics. Mercedes-Benz is testing Apptronik's Apollo robot for delivering parts and inspections, while Chinese automaker Nio uses UBTech's Walker S for quality checks. Tesla is also developing its own Optimus robot for its Gigafactories. The core technology stack for these robots often involves NVIDIA's Isaac platform for simulation and training. This allows companies like Hexagon to rapidly develop core skills like locomotion in a virtual environment before real-world deployment, significantly cutting down development time. The economic viability of these robots is a key factor in their adoption. While high-end industrial humanoids can cost over $150,000, some analysts predict a tipping point for mass adoption when prices fall to between $5,000 and $10,000. The humanoid robot market is projected to reach $38 billion within the next decade. This shift towards general-purpose humanoids aims to address tasks that are difficult, unsafe, or tedious for human workers. As these robots handle more routine physical jobs, the World Economic Forum predicts the creation of new roles focused on robot supervision, maintenance, and process design.
