BMW Group is moving to the next stage of humanoid robot implementation by deploying the Figure 03 model at its Spartanburg plant (USA). Unlike the previous Figure 02 version, which participated in body assembly, Figure 03 will specialize in logistics tasks: sorting and sequencing components from general containers into specialized carts.
What Happened
At the Spartanburg plant, the Figure 03 robot has begun performing part sorting and sequencing tasks. The new model is equipped with tactile sensors, palm-mounted cameras to improve fine motor skills, a voice communication system, and support for wireless charging.
Context
BMW previously utilized the Figure 02 model for body assembly. The transition to Figure 03 marks a qualitative leap from rigid, pre-defined manipulations to tasks requiring high levels of sensory perception and precise handling of small objects.
Why It Matters for the Industry
Using humanoids in logistics chains demonstrates the maturity of Physical AI technology and the transition from laboratory testing to real-world industrial application. This opens the market for specialized warehouse management agents and the integration of robots into existing ERP/WMS systems.
Why It Matters for Users
This is a clear example of AI moving from digital chatbots into the physical world. Robots are becoming more autonomous and "sensitive," transforming into full-fledged collaborative assistants (cobots) in complex manufacturing environments.
What Is Not Yet Known / Limitations
There is uncertainty regarding the practical scalability of the technology due to a lack of data on latency, inference costs, and sensor reliability in real-world operating conditions.
Sources
Author
Look at AI, Editorial Team