XPENG’s next-generation IRON humanoid robot is here — featuring 2,250 TOPS of compute, full-body soft skin, 22-DOF hands and a production target for 2026. In this video we dive into the hardware specs, the AI brain, and what it means for the future of mobility and robotics.
At XPENG’s AI Day in Guangzhou, the company unveiled a robot platform that bridges electric vehicles, flying cars and service robotics. The new IRON robot uses the in-house Turing AI chips, a vision-language-action (VLA) model and an all-solid-state battery to deliver more human-like movement, perception and interaction. We’ll cover how the robot’s spine, muscles and customisable body shapes show a shift toward machines built for human environments — and why XPENG is targeting commercial deployment first, not households. We’ll also explore what this means in the context of the global race in humanoid robotics, and how it fits into XPENG’s broader strategy of embodied intelligence.
If you’re interested in AI, robotics, electric vehicles, future mobility and next-gen hardware, this video is for you. Please like the video if you enjoyed it, leave a comment with your thoughts below (what role would you want a humanoid robot to play?), subscribe to the channel and hit the notification bell to stay up to date with the latest in tech and mobility.
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Credit to : DPCcars