Tesla is encountering significant challenges in scaling up production of its Optimus humanoid robots. Recent reports indicate that the company, which planned to manufacture 20,000 robots weekly, managed to produce only several hundred per week last month. This comes after Tesla converted its Model S and Model X production lines earlier this year to focus on Optimus, leading to complications with part alignment due to the intricate nature of robot components.
Assembly Challenges and Design Complexity
Even in the advanced “V3” models of the Optimus, over 100 small parts, including screws, in the hands and forearms necessitate manual assembly by workers. While these newer models are lighter and equipped with more cameras, they lack a sensing glove that is under development. This feature aims to enhance the durability of the robots by making it easier to replace touch sensors without replacing entire hands.
Timeline Delays and Strategic Plans
Tesla’s CEO, Elon Musk, has previously referred to Optimus as the company’s “biggest product of all time,” yet the robots remain in limited use within the company for specific tasks. Despite these internal applications, broader deployment and remote teleoperation have not yet been realised. Tesla plans to lease the robots initially, collecting data to refine their operation before a wider market release can be achieved.
Regulatory and Competitive Environment
While Tesla navigates these hurdles, the market landscape for humanoid robots is shifting. Some competitors are opting for less conventional designs for their robots. Additionally, regulatory challenges are emerging, notably in China, where authorities have reportedly started to delay IPO listings for companies in the humanoid robotics sector.
Reporting based on coverage first published by theverge.com.