Quick Takeaways
- Xpeng humanoid robot mass production reaches a critical development milestone.
- The achievement strengthens Xpeng’s roadmap toward large-scale humanoid robot deployment by 2026.
Xpeng confirmed it has completed its first ET1 version robot prototype developed to automotive standards, marking a major step toward scaling humanoid robots. The update was shared by He Xiaopeng, chairman and CEO of Xpeng, highlighting progress aligned with the company’s long-term AI and robotics strategy.
“My colleagues showed me around and discussed it all day — a crucial step toward mass-producing high-level humanoid robots this year,” said the Xpeng CEO.
No additional technical details or images of the ET1 prototype were disclosed at this stage, keeping the focus on readiness rather than design specifics. The development underscores Xpeng’s intent to apply automotive-grade processes to humanoid robotics, ensuring consistency, reliability, and scalability.
Xpeng humanoid robot mass production roadmap to 2026
Xpeng previously outlined its ambitions at the 2025 AI Day event held on November 6, 2025, where it stated its goal to achieve mass production of high-level humanoid robots by the end of 2026. At the event, the company showcased its next-generation Iron humanoid robot, which drew attention for its natural, fluid movements and realistic human posture.
The demonstration sparked speculation that a human might be concealed inside the robot due to its lifelike walking style. Xpeng addressed this by unzipping the robot live on stage, confirming it was fully robotic.
Iron humanoid robot design and capabilities
The Iron humanoid robot builds on the first-generation model unveiled at the 2024 AI Day in November 2024. Measuring 178 cm in height and weighing 70 kg, the robot closely mirrors human proportions and movement.
Key features of the new Iron humanoid robot include:
AI, computing power, and energy systems
The robot is powered by Xpeng’s second-generation VLA (Vision-Language-Action) model, supported by three in-house developed Turing AI chips. Together, these deliver 2250 TOPS of computing power, enabling advanced functions such as conversation, autonomous walking, and interactive tasks driven by Xpeng’s AI stack.
To support mobility and safety, the latest Iron model incorporates all-solid-state batteries. According to Xpeng, this battery technology contributes to a lightweight structure, higher energy density, and improved safety performance, aligning with automotive-grade requirements and long-term deployment goals.
“My colleagues showed me around and discussed it all day — a crucial step toward mass-producing high-level humanoid robots this year,” said the Xpeng CEO.
No additional technical details or images of the ET1 prototype were disclosed at this stage, keeping the focus on readiness rather than design specifics. The development underscores Xpeng’s intent to apply automotive-grade processes to humanoid robotics, ensuring consistency, reliability, and scalability.
Xpeng humanoid robot mass production roadmap to 2026
Xpeng previously outlined its ambitions at the 2025 AI Day event held on November 6, 2025, where it stated its goal to achieve mass production of high-level humanoid robots by the end of 2026. At the event, the company showcased its next-generation Iron humanoid robot, which drew attention for its natural, fluid movements and realistic human posture.
The demonstration sparked speculation that a human might be concealed inside the robot due to its lifelike walking style. Xpeng addressed this by unzipping the robot live on stage, confirming it was fully robotic.
Iron humanoid robot design and capabilities
The Iron humanoid robot builds on the first-generation model unveiled at the 2024 AI Day in November 2024. Measuring 178 cm in height and weighing 70 kg, the robot closely mirrors human proportions and movement.
Key features of the new Iron humanoid robot include:
- A humanoid spine and bionic muscle structure
- Flexible skin for more natural motion
- A 3D curved display integrated into the head
- Hands offering 22 degrees of freedom for precise manipulation
AI, computing power, and energy systems
The robot is powered by Xpeng’s second-generation VLA (Vision-Language-Action) model, supported by three in-house developed Turing AI chips. Together, these deliver 2250 TOPS of computing power, enabling advanced functions such as conversation, autonomous walking, and interactive tasks driven by Xpeng’s AI stack.
To support mobility and safety, the latest Iron model incorporates all-solid-state batteries. According to Xpeng, this battery technology contributes to a lightweight structure, higher energy density, and improved safety performance, aligning with automotive-grade requirements and long-term deployment goals.
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