Tesla CEO Elon Musk revealed that the third-generation Optimus humanoid robot is in the final stages of development, with plans to achieve mass production of over 100,000 units by 2026. This robot, designed for both industrial and household use, will redefine human-machine collaboration scenarios with its groundbreaking precision manipulation capabilities.
The third-generation Optimus achieves a qualitative leap in motion control: its 22-degree-of-freedom dexterous hands can perform tasks like threading a needle, its IP67 waterproof design is suitable for humid environments like kitchens, and its walking speed has increased by 60% compared to the first generation. Tesla has commenced production line construction, with the first models set to be deployed in factories by 2025 to handle material handling and quality inspection tasks. The home version targets daily scenarios such as folding clothes and cooking, enabling personalized services through natural language interaction.
Vertical integration of core component costs is key to mass production - the cost of planetary roller screws has decreased by over 80%, potentially driving the price of consumer-grade models below $20,000. Industry experts believe this robot will not only redefine automotive manufacturing lines but also accelerate the transition of humanoid robots from laboratories to ordinary households as an "affordable household helper."