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BMW Deploys Next-Generation Humanoid Robot for Logistics at Spartanburg Plant
BMW Group has started using its newest humanoid robot, Figure 03, at the Spartanburg, South Carolina, plant to sort and sequence parts for the X3 production line. The rollout follows an 11‑month trial of Figure 02 in the body shop, where the robot inserted sheet‑metal components for welding and helped assemble more than 30,000 X3 units.
Figure 02’s success proved that humanoid robots can perform precise, repetitive tasks in a real production environment. According to BMW, the robot handled the welding‑part insertion without incident. “Our 11‑month deployment of Figure 02 proved that humanoids are no longer lab experiments – they can be a valuable asset in establishing a flexible, reliable manufacturing workforce,” said Figure AI founder and CEO Brett Adcock.
Figure 03 is built for a different role. It will work in Hall 52, the assembly building that currently hosts the X3 line and will later accommodate the electrified iX5. The robot picks up unsorted parts from large containers, sorts them, and places them into a sequencing trolley. From there, an automated tugger train or a Smart Transport Robot carries the trolley to the assembly line, delivering parts “just in sequence” for workers installing them. The task is routine but tedious, and BMW believes it is better suited to a robot.
Hardware upgrades distinguish Figure 03 from its predecessor. The robot now has tactile‑sensor hands, palm cameras, wireless charging, and speech‑to‑speech audio to communicate with line workers. Its 20‑degree‑of‑freedom dexterous hands and Helix AI control system give it finer manipulation capabilities. The addition of soft components around the robot’s body is intended to increase safety for workers.
The Spartanburg plant already operates under BMW’s iFACTORY playbook. The Virtual Factory tool simulates human movement before parts reach the line, helping to catch ergonomic problems early. AIQX (Artificial Intelligence Quality Next) uses cameras and sensors to flag visual and acoustic defects in real time, feeding instant feedback to line workers’ handheld devices. BMW has standardized AIQX across its own plants and is evaluating whether to offer it to suppliers.
Ulrich Wieland, BMW Manufacturing’s VP of Production Control and Logistics, said the plant is ready to push the technology into a more complex setting. “Spartanburg is the birthplace of humanoid robotics in our day‑to‑day operations,” he said. The company’s strategy is to let robots take on monotonous, physically taxing, or safety‑critical jobs while leaving the rest to humans.
BMW’s deployment of Figure 03 tests whether humanoid robots can be permanently integrated into production logistics, not just the body shop. The company is monitoring the robot’s performance in sequencing tasks, its impact on worker safety, and its ability to operate reliably in a high‑speed assembly environment.
At present, Figure 03 is operating in Hall 52 under the supervision of the plant’s robotics team. BMW plans to evaluate the robot’s performance over the next several months before deciding on wider deployment. The company has not yet announced additional funding or partnership plans related to the project.
The deployment marks a significant step in the broader trend of automating repetitive manufacturing tasks with humanoid robots. Whether the technology can scale beyond a single plant and become a standard component of automotive production remains to be seen.
Figure 02’s success proved that humanoid robots can perform precise, repetitive tasks in a real production environment. According to BMW, the robot handled the welding‑part insertion without incident. “Our 11‑month deployment of Figure 02 proved that humanoids are no longer lab experiments – they can be a valuable asset in establishing a flexible, reliable manufacturing workforce,” said Figure AI founder and CEO Brett Adcock.
Figure 03 is built for a different role. It will work in Hall 52, the assembly building that currently hosts the X3 line and will later accommodate the electrified iX5. The robot picks up unsorted parts from large containers, sorts them, and places them into a sequencing trolley. From there, an automated tugger train or a Smart Transport Robot carries the trolley to the assembly line, delivering parts “just in sequence” for workers installing them. The task is routine but tedious, and BMW believes it is better suited to a robot.
Hardware upgrades distinguish Figure 03 from its predecessor. The robot now has tactile‑sensor hands, palm cameras, wireless charging, and speech‑to‑speech audio to communicate with line workers. Its 20‑degree‑of‑freedom dexterous hands and Helix AI control system give it finer manipulation capabilities. The addition of soft components around the robot’s body is intended to increase safety for workers.
The Spartanburg plant already operates under BMW’s iFACTORY playbook. The Virtual Factory tool simulates human movement before parts reach the line, helping to catch ergonomic problems early. AIQX (Artificial Intelligence Quality Next) uses cameras and sensors to flag visual and acoustic defects in real time, feeding instant feedback to line workers’ handheld devices. BMW has standardized AIQX across its own plants and is evaluating whether to offer it to suppliers.
Ulrich Wieland, BMW Manufacturing’s VP of Production Control and Logistics, said the plant is ready to push the technology into a more complex setting. “Spartanburg is the birthplace of humanoid robotics in our day‑to‑day operations,” he said. The company’s strategy is to let robots take on monotonous, physically taxing, or safety‑critical jobs while leaving the rest to humans.
BMW’s deployment of Figure 03 tests whether humanoid robots can be permanently integrated into production logistics, not just the body shop. The company is monitoring the robot’s performance in sequencing tasks, its impact on worker safety, and its ability to operate reliably in a high‑speed assembly environment.
At present, Figure 03 is operating in Hall 52 under the supervision of the plant’s robotics team. BMW plans to evaluate the robot’s performance over the next several months before deciding on wider deployment. The company has not yet announced additional funding or partnership plans related to the project.
The deployment marks a significant step in the broader trend of automating repetitive manufacturing tasks with humanoid robots. Whether the technology can scale beyond a single plant and become a standard component of automotive production remains to be seen.
