Discover how BMW is transforming its assembly lines with the retirement of Figure AI robots, paving the way for future innovations.
Figure AI, a prominent company based in the United States, has marked a significant milestone with the completion of a major pilot program. Their Figure 02 (F.02) humanoid robots have been officially retired from the BMW production facility after fulfilling 11 months of rigorous duties at the Spartanburg factory. This initiative was crucial to assess the durability and efficiency of humanoid robots within a bustling assembly line environment.
Spectacularly, the F.02 robots played a pivotal role in crafting over 30,000 BMW X3 vehicles, handling an astounding 90,000 sheet metal parts throughout the duration of the pilot. In a candid revelation, CEO Brett Adcock shared compelling images that displayed the wear and tear on these robots — visible scratches and dirt amassed under the relentless industrial conditions.
The pilot program’s images and data profoundly speak to the capability of humanoid robots to endure extended production cycles. They decisively refute any previous skepticism about the extent of Figure AI’s testing and prove that their robots can thrive under the strenuous demands of an active assembly line.
Delving into technical specifics, Figure AI shared insights into how their F.02 robots operated. Post-installation, the robots swiftly transitioned to full operational capacity on the assembly line within six months. The robots reached the pinnacle of their performance by the tenth month, partaking in full assembly shift work.
Tasked with handling sheet metal parts, the F.02 robots excelled at transferring parts with pinpoint accuracy of 5 millimeters to welding compartments, where traditional robotic arms would take over. The efficiency was remarkable, with each cycle clocking in at 84 seconds, of which 37 seconds focused on the loading phase, achieving an accuracy rate of over 99%.
The pilot logs revealed that the F.02 robots clocked over 1,250 hours of operational activity, amounting to a staggering 1.2 million steps, or 320 kilometers of movement. They adhered to a demanding 10-hour shift schedule throughout the weekdays.
The testing phase wasn’t without challenges, particularly involving the design of the humanoid arm, where integrating several elements led to microcontroller and cable wear. This issue highlighted oft-ignored industry design challenges. In response, the Figure 03 model boasts an innovative architecture for the lower arm, eliminating previous vulnerabilities by integrating motor controllers directly with the main computer.
