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XPeng has commissioned a Guangzhou production line for its IRON humanoid robot, with the first production-line unit completing assembly and walking off the line autonomously on Sept. 8.
XPeng described the facility as the world’s first automated production line for advanced general-purpose humanoid robots, with more than 80% of core processes automated as the company applies car-industry manufacturing systems to the bipedal robot it wants to put into commercial use beginning next year.
Mass production of the robot remains scheduled for the end of 2026, with initial deployments planned for its own stores and campuses before a broader China and overseas launch in 2027.
XPeng Brings Automotive Manufacturing to Humanoid Robots
XPeng’s official announcement framed the IRON line as a shift from R&D prototyping to production-line manufacturing. The company said the facility was built around automotive-grade quality systems, precision manufacturing, flexible production, and rapid capacity expansion.
He Xiaopeng, XPeng’s chairman and CEO, said the company had to build the system without an existing template.
“The robot production lines were created from scratch with no precedent to follow. Today’s step is small, but XPENG is building the production lines for an entirely new product category,” He said.
At the commissioning ceremony, He clipped a staff badge onto the robot after it walked off the line, a symbolic gesture meant to present IRON as part of XPeng’s operating workforce rather than only a laboratory project.
The more important signal is manufacturing intent. Humanoid robotics has been dominated by polished videos, controlled demos, and shifting production timelines. XPeng is now trying to run the same playbook it uses in electric vehicles: develop core chips, build the physical AI stack, control manufacturing quality, test the product internally, and then move toward external sales.
What Is Inside the Production-Spec IRON?
The production-spec IRON is a humanoid platform built around XPeng’s in-house physical AI system. The company says the robot has 76 degrees of freedom across the body and 21 degrees of freedom in each hand, wrapped in a fully enclosed flexible lattice structure designed to improve both appearance and safety.
For compute, IRON uses three in-house Turing AI chips that XPeng can deliver up to 2,250 TOPS of effective computing power. The company says that onboard capacity lets the robot run XPeng’s Physical AI foundation model directly on the device, reducing latency and allowing IRON to perform complex tasks without remote operation.
The Sept. 8 specifications are also more restrained than some earlier figures attached to IRON. Reports around XPeng’s November 2025 AI Day described a flashier configuration, while the production-line announcement centers on 76 body degrees of freedom, 21 per hand, and 2,250 TOPS.
Battery details remain less clear. XPeng previously discussed solid-state battery ambitions for IRON, while early September reporting from CnEVPost said the production robot may use semi-solid batteries because all-solid-state supply is not yet ready for the near-term output plan. XPeng’s line-launch announcement did not make battery chemistry the focus.
Stores and Campuses Come Before Broader Deliveries
XPeng said initial commercial-scenario deployments will begin in XPeng’s own stores and campuses, with official launch and deliveries in China and overseas markets planned for 2027.
That first-use strategy gives XPeng a controlled environment to test IRON before selling it more broadly. Store and campus jobs can include reception, vehicle introductions, visitor guidance, inspection work, and small-item handling.
Those tasks are less demanding than factory-line labor, but they still expose the robot to real customers, changing environments, uptime requirements, safety expectations, and the ordinary friction of operating outside a stage demo.
