BMW Group is taking another major step toward AI-driven manufacturing by introducing the next-generation Figure 03 humanoid robot at its Spartanburg, South Carolina production facility. The deployment builds on the success of the earlier Figure 02 robot and marks another milestone in BMW’s strategy to integrate Physical AI into real-world vehicle production.
The latest robot will be assigned to logistics operations, where it will perform complex sequencing tasks that help ensure assembly components arrive at workstations in the correct order and at the right time.
From Pilot Project to Production
Plant Spartanburg has become BMW’s primary testing ground for humanoid robotics. During a 10-month pilot program in 2025, the Figure 02 robot worked in the body shop, inserting sheet-metal components for welding during production of more than 30,000 BMW X3 vehicles.
The trial demonstrated that humanoid robots can safely carry out repetitive, precision-based manufacturing tasks under real production conditions while reducing the physical strain on employees.
Following those results, BMW is now expanding the technology with the more capable Figure 03 platform.
Figure 03 Brings New Capabilities
According to Figure AI, the new robot introduces several hardware improvements designed to broaden its industrial applications, including:
– Soft exterior components for improved workplace safety.
– Wireless charging for increased operating availability.
– Speech-to-speech communication capabilities.
– Upgraded robotic hands featuring tactile sensors and palm-mounted cameras for greater precision and dexterity.
These upgrades allow Figure 03 to tackle more advanced manufacturing and logistics tasks than its predecessor.
Supporting BMW’s Logistics Operations
The robot’s first assignment will focus on sequencing components inside the logistics center.
Parts initially arrive in large, unsorted containers. Figure 03 will identify and pick individual components before organizing them into sequencing trolleys. Those trolleys are then transported by automated tugger trains or Smart Transport Robots to the assembly line, ensuring workers receive the correct parts exactly when they are needed.
This “just-in-sequence” process is widely used in automotive manufacturing and offers significant opportunities for automation and future scalability.
Part of BMW’s Physical AI Strategy
BMW views humanoid robots as an extension of its existing automation systems rather than a replacement for employees.
The company says Physical AI has the greatest potential in repetitive, ergonomically demanding, and safety-critical tasks. By assigning these activities to intelligent robots, BMW aims to improve workplace safety, reduce employee fatigue, and allow workers to focus on more complex responsibilities.
Digital Manufacturing Through BMW iFACTORY
The deployment of Figure 03 also aligns with BMW’s broader iFACTORY production strategy.
Hall 52 at Plant Spartanburg—where the BMW X3 is assembled and the upcoming all-electric BMW iX5 will eventually be built—has undergone a significant digital transformation. Virtual 3D simulations are used to optimize production processes before equipment is installed, while the BMW Virtual Factory helps engineers refine workflows and improve employee ergonomics.
Artificial intelligence also plays a growing role in quality control. BMW’s AIQX (Artificial Intelligence Quality Next) system uses cameras, sensors, and acoustic analysis to detect production issues in real time, providing immediate feedback to line workers through smart devices. The company is also evaluating making the technology available to suppliers.
A Glimpse of the Future Factory
With Figure 03 entering daily operations, BMW continues to demonstrate how humanoid robots are evolving from experimental technology into practical manufacturing tools.
As AI, robotics, and digital factory technologies continue to mature, BMW is positioning its production network to become more flexible, efficient, and resilient while supporting employees with intelligent automation rather than replacing them.
