Embotech and BMW Report 1 Million Driverless Vehicle Moves Across Four Plants

Embotech, a Zurich software company, and BMW say Embotech's automated driving system has moved one million vehicles through four BMW and MINI plants in Germany and the U.K. The milestone was reported on October 27, 2026 by The Robot Report, which describes it in terms supplied by the two companies, so every figure below is company-reported.

Four plants, 3,500 moves a day

The system is called Automated Driving In-Plant. It runs at Dingolfing, Leipzig and Regensburg in Germany and at MINI Plant Oxford in the U.K., handling about 3,500 vehicle movements a day with availability above 99.5%, according to the report. Cars drive themselves from the end of the production line to parking areas, ready for onward transport.

The pilot began in 2022. BMW's press release of July 19, 2022 described two cars, the BMW 7 Series and the electric i7, at Plant Dingolfing, with the BMW Startup Garage, the group's venture client unit, as the initiator. Sascha Andree, a BMW Group project manager, said then that "Automated driving within the plant is fundamentally different from autonomous driving for customers."

The vehicles do not drive themselves

That sentence is the key to the architecture. The cars carry no driving sensors of their own. Hesai lidars are mounted in the production environment, so the vehicles need no hardware changes beyond the drive-by-wire controls they already have. Offboard computers recalculate each car's trajectory 10 times per second and send commands to steer, brake, accelerate and park.

Embotech says its A.I. software handles perception, prediction and planning, while a separate deterministic safety layer, independently certified by TÜV SÜD, defines and enforces the safety boundary. The company describes the system as safety-certified SAE Level 4 and as vendor- and OEM-agnostic. The 2022 pilot used a different lidar vendor, Seoul Robotics, for the digital twin of the plant; The Robot Report names Hesai for the current deployment.

Pace doubled in the second half-million

The report gives the time for each half-million, which allows a rate comparison the companies did not publish. The chart converts them to moves per month; that conversion is my arithmetic.

1. First 500,000 moves (15 months)33K moves a month
2. Second 500,000 moves (about 7 months)71K moves a month

Source: The Robot Report, October 27, 2026: 500,000 moves in 15 months, then 500,000 in about 7 months; converted to monthly averages

There is a loose end. At 3,500 moves a day, a 30-day month would hold 105,000 moves, well above the 71,429 average of the second half-million. Either the daily figure is a current peak that the system reached late in the period, or plants do not run every day. The report does not say which, and the difference matters to anyone reading 3,500 a day as a steady state.

The number that matters here is not the million but the 99.5% availability measured against how many plants share one software stack. Each added site is a new set of lidar mounts and a new map, not a new fleet of cars.

What comes next

BMW plans a rollout at its Spartanburg plant in South Carolina in 2027, according to The Robot Report. That site has also hosted tests of Figure AI's humanoid robots, a different bet on factory automation; for how a humanoid deployment looks at a named customer, see Agility's Digit at GXO. In July, Embotech signed a strategic partnership with HTEC to scale deployment.

The approach also shows why this kind of autonomy ships before the road kind. Perception is solved by fixed sensors in a mapped space, and the vehicle only follows a route. The same logic of keeping the intelligence off the machine appears in Teradyne's tie-up with Sereact, where the model runs on existing arms.

What would change this read: a published incident rate, or the breakdown of moves by plant. Neither company has released either, and the 99.5% figure has no published definition of what counts as downtime.