Embodied AI unveils AIR, a wheeled humanoid that learns factory jobs on the floor

Embodied AI, a Swiss robotics company and EPFL spin-out, unveiled AIR on Friday, Nov. 6, 2026, at Humanoid Europe 2026 in Munich — a wheeled, tendon-driven humanoid built to share the factory floor with people, learn tasks from human demonstrations, and typically run them on its own within about a month.

Most humanoids are still stage demos, and most factory robots still hide behind cages. AIR's bet is mechanical compliance plus on-site learning — light arms that yield on contact, wheels instead of circus legs, and a month of teleop data before autonomy. Nine months from research to OEM trials is the claim to watch; the missing price tag and unnamed customers are the caveats.

Embodied AI unveiled AIR at Humanoid Europe 2026 in Munich on Nov. 6, 2026. The company says the unveiling was at 16:00 Central European Time, 4 p.m. in Munich. The robot is already being tested with global manufacturers. The company says it has signed contracts with major OEMs and is starting plans for scaled production. An OEM, original equipment manufacturer, is a large factory company that would put the robot on a line. The company has not named those clients or said how many robots are in the work. Those lines are Embodied AI's.

AIR rolls on wheels. It does not walk. The company chose wheels because factory floors are flat and wheels are more stable. The arms are tendon-driven: the motors, gearboxes, and electronics sit in the torso, so the arms stay light and give way when they touch a person. Tendon-driven means the arm is pulled from the body, the way a tendon pulls a hand, instead of carrying a heavy motor in the elbow. Safety is designed under ISO/TS 15066:2016, the spec for how much force a robot may use beside a person. CE marking, the European product-safety mark, is planned for 2027. Those lines are the company's.

Each new job starts with a person driving the robot. That is teleoperation, and it is how AIR is productive on the first shift. The runs are recorded. Embodied AI's software learns from those demonstrations until the robot can do the task itself, typically within about a month. The operator stays nearby for cases the robot has not seen. A skill learned on one machine can move to the rest of the fleet. Those lines are the company's.

The company says it went from research to an industrial humanoid in nine months, and spent a fraction of what a robotics program usually spends. It does not give that fraction as a dollar figure. Those lines are the company's.

The same software is already in paid factory work on Embodied AI's two-arm industrial cell, a fixed station rather than a robot that rolls. In a cable-handling test for a leading consumer-electronics manufacturer, run against five funded startups, the company says it was the only one that hit the targets: 98 percent reliability against a 90 percent goal. The manufacturer is not named. That result is the company's.

Francesco Stella, 28, is chief executive. His PhD work was at EPFL, the Swiss federal institute of technology in Lausanne, and he also researched at MIT's Computer Science and Artificial Intelligence Laboratory. He co-founded the company with chief technology officer Kai Junge and chief operating officer Max Polzin, robotics PhDs whose backgrounds include Cambridge, ETH Zurich, and EPFL. Headquarters are in Lausanne. There is an office in Rome. Those lines are from the company and the coverage.

Faber led the first funding round. TechShop, Look AI Ventures, Plug and Play, and Vento are also backers. The AIR unveiling does not announce a new round. Those lines are the company's.

The picture is AIR on a factory floor, holding cardboard boxes beside a conveyor. The credit is Embodied AI.

In plain terms, a Lausanne spin-out showed a factory robot on wheels, with light arms that give way on contact, and said it learns a job from about a month of a person driving it. Major manufacturers have signed, the company says. It has not named them, priced the robot, or said when one would ship. The European safety mark is planned for 2027.