BMW Sends AEON Humanoid Robots to the Line in Leipzig

BMW employees at the Leipzig plant have been juggling all the complex parts of vehicle assembly, especially the hefty battery modules. However, a new member has joined the team: the AEON humanoid robot. AEON was created by Hexagon Robotics, a company BMW has been collaborating with for years on grunt work, to manage the physically taxing and repetitive tasks that wear people out.
By April 2026, the AEON prototype will be put through its paces in a larger round of assessments, with a complete pilot phase scheduled to begin this summer. The goal is to make AEON extremely adaptable so that it can transition between activities as needed; simply switch out the gripper or scanner and you’re ready to go. It travels from station to station without the need for fixed rails because it has wheels rather than legs.

Unitree G1 Humanoid Robot(No Secondary Development)
- Height, width and thickness (standing): 1270x450x200mm Height, width and thickness (folded): 690x450x300mm Weight with battery: approx. 35kg
- Total freedom (joint motor): 23 Freedom of one leg: 6 Waist Freedom: 1 Freedom of one arm: 5
- Maximum knee torque: 90N.m Maximum arm load: 2kg Calf + thigh length: 0.6m Arm arm span: approx. 0.45m Extra large joint movement space Lumbar Z-axis…
Electric vehicle battery modules need extra care, and workers frequently need to wear safety gear simply to move them. After a few shifts, it becomes monotonous, but AEON is more than willing to relieve them of that kind of work without putting undue strain on the human workers. External component production is also relevant since, let’s face it, robotic consistency is a huge bonus when performing the same operation repeatedly.

BMW is doing something a little different from the conventional industrial arms that are fastened to the ground. Thanks to data from BMW’s recently unified systems, AEON is able to move around, adjust to any arrangement, and become more intelligent every day. For a more seamless operation, the business had to dismantle the outdated data silos that were creating so much friction; now, all of that data streams directly into AEON. Naturally, safety is the top priority, which entails improved wireless coverage, additional barriers to keep people safe, and other measures. Since everything is linked into the current Smart Robotics network, there is no need to worry about anything getting left behind.

The main benefit in this case is that human labor is still essential to the entire operation. BMW wants employees to be able to do something more interesting for a change by eliminating the monotony of their jobs. The personnel on the floor have been won over by early buy-in from safety teams, IT, and logistics, and having their support from the beginning has made everything go much more smoothly. The strategy here was shaped by lessons learned from an earlier test in the US facility in Spartanburg, which demonstrated how rapidly AEON could catch up and the dependability of everything in an actual production environment.

In all of this, Leipzig has established a new Center of Competence for Physical AI, and its experts are getting to work assessing partners, conducting pilots, and expanding the concepts that prove effective. To stay competitive in Europe, executives are already discussing quantifiable improvements in speed and accuracy for these difficult activities.
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BMW Sends AEON Humanoid Robots to the Line in Leipzig
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