Hyundai's humanoid robot, the one at BMW, and what they do
Both flagship Western humanoid deployments are automotive, both do part handling rather than assembly, and every published figure comes from the robot maker rather than the carmaker; worldwide, roughly 13,000 humanoids shipped in 2025 and analysts put the share doing real work at about a tenth of production.
The two most watched humanoid robot programs in the West have street addresses, and both of them are car plants.
One is Hall 52 at BMW Group Plant Spartanburg in South Carolina, where a Figure 03 arrived on June 30, 2026. The other is Hyundai Motor Group Metaplant America in Ellabell, Georgia, where Boston Dynamics put Atlas through its first factory test in the fall of 2025. Both robots do the same class of work: find a part, pick it up, carry it a short distance, set it down in the right order.
That is the visible footprint of the general purpose humanoid in August 2026. Two automakers, a small number of buildings, and a task list that reads like a stockroom shift.
The two deployments, side by side
Everything below comes from the makers' own pages. Neither carmaker has published a robot count.
| BMW and Figure | Hyundai and Boston Dynamics | |
|---|---|---|
| Robot | Figure 02, then Figure 03 | Atlas, electric production version |
| Site | BMW Group Plant Spartanburg, Hall 52 | Hyundai Metaplant America, Ellabell, Georgia |
| On site since | F.02 through 2025; F.03 announced June 30, 2026 | Tested fall 2025; production deployments "scheduled this year" |
| The job | Sheet metal loading into welding fixtures, then part sequencing | Part sequencing |
| Published output | 1,250+ hours runtime, 90,000+ parts, 30,000+ X3 vehicles | None |
| Units on site | Not published | Not published |
| Who published all of it | Figure | Boston Dynamics |
What the humanoid robot at BMW actually does
Figure's November 19, 2025 post is the most detailed public record any humanoid deployment has produced. Figure 02 ran sheet metal loading at Spartanburg, a pick and place job feeding welding fixtures, and the company logged 1,250 plus hours of runtime, 90,000 plus parts loaded, and a contribution to the production of more than 30,000 X3 vehicles, with full deployment reached inside ten months.
The follow up, "F.03 Arrives at BMW", puts the newer robot in Hall 52 on a sequencing use case: selecting and sorting parts for assembly lines, picking and placing thin walled individual parts, and pulling heavy metal carts using whole body coordination.
Read the verbs. Select, sort, pick, place, pull. Assembly is not on the list. The humanoid works upstream of the line, feeding parts to the machines and the people who do the joining. Real paid work in a car plant, and the job you would hand a new hire on day one.
Note who is talking. Figure published the hours and the parts count. I can find no BMW release giving a robot count for Spartanburg or a figure for what the plant pays, and BMW's press site would not load for me, so read that absence as unchecked rather than pointed.
Hyundai owns the robot company
The Hyundai humanoid robot is Atlas, which Hyundai is buying from its own subsidiary. Hyundai Motor Group took an 80 percent stake in Boston Dynamics from SoftBank for roughly $880 million in a deal announced in December 2020 and completed in June 2021, per the company's ownership history. Bloomberg reported on July 16, 2026 that Hyundai will buy SoftBank's remaining stake, a headline Hyundai's own newsroom carries. That story is paywalled, so the date and the direction are all I claim.
Boston Dynamics writes the sequence out plainly in an undated engineering post: "In 2025 our team was laser-focused on our first application: part sequencing in automotive manufacturing," and then, "In the fall, we put Atlas to the test at the Hyundai metaplant in Georgia, inviting 60 Minutes to join us." The production machine was unveiled with Hyundai in January 2026, and the same post says the company is "already manufacturing the product version of Atlas today, with deployments scheduled this year at Hyundai and Google DeepMind."
The machine doing that work is 1.9 m and 90 kg, carries 30 kg sustained, runs four hours on a charge, per its spec panel. Listed applications: part sequencing, machine tending, order building.
On July 24, 2026, at the San Francisco AI Summit, Executive Chair Euisun Chung said the group "plans to establish a robot production facility in the U.S. with an annual capacity of up to 30,000 units by 2028", with Atlas "first deployed at production facilities including HMGMA before broader deployment is expanded through phased validation."
HMGMA, about 25 miles from Savannah, was designed for exactly this: "robots assisting human workers to build more than 500,000 vehicles per year." It builds IONIQ 5s, IONIQ 9s and the Kia Sportage Hybrid.
Everybody's customer list is the same list
Agility Robotics names its customers by press release: Schaeffler on November 13, 2024, Mercado Libre on December 10, 2025, and Toyota Motor Manufacturing Canada on February 19, 2026. Apptronik gives Apollo's markets as manufacturing, warehouse and retail, with Mercedes-Benz, GXO and Jabil on the partner wall and no deployment detail or price attached to any of them. UBTech's Walker S2 leads with a three minute autonomous battery swap and a 15 kg payload, specifications written for shift work. XPeng's Iron was described on the company's own site in July 2026 as working its production lines on the P7+.
The automaker is the customer, in Hyundai's case the owner, and in XPeng's case the manufacturer. The rest of the company map sorts the same way.
The car plant is the one room that already owns robots
A humanoid entering an assembly plant enters the one building with a robotics budget, a maintenance department, a safety process that already assumes machines move on their own, and an engineer paid to time the task.
The International Federation of Robotics put 295,000 of 2024's worldwide industrial robot installations in China, 54 percent of the global total, which works out near 546,000 in that one year. The same April 8, 2026 release puts South Korea, Hyundai's home market, at 1,220 robots per 10,000 manufacturing employees, the highest density anywhere, with the United States at 307.
A house has none of that, and no purchase order. The structural version of the argument sits in industrial versus consumer humanoids.
The scale check
Omdia ranked AgiBot first in 2025 humanoid shipments at 5,168 units and a 39 percent share, figures The Robot Report cited on June 28, 2026. Divide one by the other and the entire planet shipped somewhere near 13,000 humanoids last year. Interact Analysis, on May 19, 2026, reckoned only about 10 percent of humanoids produced had been deployed in real world operations by 2025.
Run those together and the working population of humanoid robots on earth is on the order of a thousand machines, against roughly 546,000 conventional industrial robots installed in 2024 alone. Hyundai's planned 30,000 units a year by 2028 would be more than double the world's entire 2025 humanoid output.
Figure's own manufacturing numbers say the same thing from the inside. It reported more than 350 Figure 03s built by April 29, 2026, with production moving from one robot a day toward one an hour, and named the destinations: "internal research and development groups, data collection, efforts for robots to perform end-to-end housework, and commercial use-case development." The fleet is mostly in school.
If you were waiting for one at home
Neither robot has a price. The Atlas contact page is headed "Your path to the factory of the future" and says the company "will be starting with a select number of early adopters," continuing thirteen years of Atlas without a price tag. Figure has no consumer channel, which is why the Figure 03 tracker page carries an empty price cell; Tesla has no order channel at all. Only 1X sells a humanoid to households, and it arrives with a remote operator attached (what exists versus what got demoed).
Every roadmap here runs factory, warehouse, retail, healthcare, home, in that order, and the companies write it out themselves. Apptronik's version ends at "ultimately, the home." A robot cleared to work beside a body shop line, under a supervisor with a stop button, is a long certification road from working beside a toddler with neither.
The signal worth waiting for is duller than a demo reel. It is a second named customer, at a second named site, publishing its own runtime hours instead of reprinting the robot maker's. Spartanburg gave us one set of numbers from one vendor over ten months. Georgia has not produced its first.
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