At its 2025 AI Day event in Guangzhou, XPENG officially introduced its next-gen humanoid robot, IRON, a major leap in what the company terms “Physical AI,” tells this Parametric Architecture article. IRON’s reveal included a dramatic demonstration: XPENG’s CEO removed part of its synthetic outer shell to prove there was no human operator inside.
From a mechanical design perspective, IRON follows a “born-from-within” concept. Rather than simply wrapping a robot in human-like skin, XPENG engineers built a spine-like column, bionic muscle frameworks, and a full-body synthetic skin. It features 82 degrees of freedom, with 22 in each hand, allowing fine manipulation and fluid gait that observers described as eerily human.
On the intelligence side, IRON integrates three of XPENG’s in-house AI chips, delivering ~2,250 TOPS of compute. The robot’s control stack leverages a new large-model architecture built for vision-language-action (VLA) and vision-language-task (VLT) processing. An all-solid-state battery powers the platform, signaling an emphasis on safety and sustained operation in human-proximate environments.
XPENG’s roadmap positions IRON initially for service roles such as reception, retail assistance, or guided tours, rather than heavy industrial work. Mass production is targeted for end-2026, and the company plans to release an SDK so developers can build applications around the robot.
IRON demonstrates the convergence of mobility company heritage (EVs), advanced AI, and humanoid robotics. It shifts focus from incremental motion demo bots to deployable, interaction-focused machines. Still, widespread adoption depends on cost reduction, supply-chain readiness, and reliable motion/intelligence integration. XPENG bets that humanoids have become the next frontier of embodied intelligence, not just a futuristic concept.