- Tesla presented its third-generation humanoid robot at AWE 2026 in Shanghai ahead of planned mass production.
- The company aims for long-term production capacity of up to one million humanoid robots annually.
The Tesla Optimus V3 humanoid robot made its public appearance at the 2026 Appliance & Electronics World Expo (AWE 2026) in Shanghai, signaling the company’s push toward commercial robotics manufacturing. The demonstration highlighted Tesla’s latest humanoid design, which represents the company’s first version intended for mass production. According to on-site information shared during the event, Tesla plans to begin production by the end of 2026, marking a significant step in its robotics strategy.
Tesla targets large-scale humanoid robot production
During the exhibition, staff indicated that the humanoid robot shown represents a near-final version of Tesla’s third-generation design, although minor adjustments may occur before commercial manufacturing begins. The company is targeting long-term production capacity of approximately one million units annually. This large-scale ambition reflects Tesla’s broader strategy of expanding automation technologies beyond electric vehicles and integrating advanced robotics into industrial and potentially consumer environments.
Advanced dexterity and AI learning capabilities
The showcased robot features highly articulated hands designed for precise and complex tasks, an aspect Tesla highlighted through images shared earlier on Chinese social media platform Weibo. According to the company, the redesigned robot was built from first principles and incorporates artificial intelligence systems that allow it to learn tasks by observing human behavior. This capability is expected to improve adaptability in manufacturing and service environments where flexible automation is required.
Tesla CEO Elon Musk previously indicated during an earnings call that the Optimus V3 robot would debut in early 2026 and could eventually be sold to the public by 2027. Tesla already deploys prototype robots in its factories for simple tasks, with expectations that they will handle more complex operations by the end of 2026. The company’s decision to promote the technology in China also signals growing competition in robotics, as the country combines strong artificial intelligence capabilities with large-scale manufacturing expertise.
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