Xiaopeng Robotics walked off the production line on its own.

On September 8th, Wall Street News learned that XPeng's robot production line officially commenced operation. Its first high-end general-purpose humanoid robot completed automated assembly on this line and autonomously rolled off the production line; the automation rate of core processes exceeds 80%.

Over the past year, when showcasing IRON, XPeng has focused more on its technological capabilities, such as anthropomorphic structures, motion control, and large-scale physical world models. With the commissioning of automated production lines, XPeng Robotics is also beginning to shift its focus from R&D and prototyping to the construction of a manufacturing system.

This milestone comes not far from XPeng Robotics completing its independent financing round. On August 24, XPeng Robotics announced the completion of its first round of financing, raising over $900 million, valuing the company at over $6.3 billion post-investment. XPeng Group retains controlling interest in the robotics business, which continues to be included in the group's consolidated financial statements.

According to information previously disclosed by XPeng, the funds raised in this round of financing will be used for robot R&D, supply chain system construction, and mass production base construction. With capital inflows, how to transform technological capabilities into stable manufacturing, delivery, and application scenarios is becoming a more realistic task for XPeng Robotics in the next stage.

This aligns with the path that XPeng has repeatedly emphasized in recent years. In June of this year, He Xiaopeng announced that he would personally take on the role of head of the robotics business, and proposed to further replicate the supply chain, manufacturing, and globalization capabilities accumulated in the automotive business to the robotics business.

The importance of this capability is rising for humanoid robots. Ensuring a prototype can perform complex actions, maintain high consistency with hundreds or even thousands of products, and control manufacturing costs are not the same issue.

Compared to laboratory research and development, the mass production of humanoid robots involves the coordination of a large number of components such as actuators, reducers, sensors, controllers, and batteries, and also requires a high level of assembly precision, quality management, and supply chain stability.

The experience that automotive companies have gained in automated production, supplier management, and quality control during vehicle manufacturing is beginning to become a fundamental capability for entering the robotics industry.

XPeng is also trying to extend some of its automotive business capabilities into robotics.

In addition to its manufacturing system, the company has also built an intelligent data factory in Guangzhou to provide data support for robot model training and to continuously promote the application of robots in stores, industrial parks and industrial scenarios.

According to current plans, XPeng IRON will enter mass production by the end of 2026, initially serving as a tour guide, sales assistant, and inspection guide in XPeng stores and industrial parks. Deliveries to external customers will gradually begin in 2027. Previously, XPeng had also explored industrial inspection scenarios with companies such as Baosteel.

From an industry perspective, the competition in humanoid robots is entering a new phase.

Over the past two years, many companies have completed product launches, prototype deliveries, and even small-batch shipments. Simply "building robots" is no longer the most scarce capability. The importance of manufacturing systems, supply chains, and cost control is rising, but ultimately, it still comes down to the efficiency and commercial value in real-world industrial scenarios.

For XPeng, the commissioning of automated production lines means that its robotics business is beginning to have a clearer foundation for large-scale manufacturing.

The more crucial next step is whether these robots can be deployed in factories, industrial parks, and stores to perform stable, repetitive tasks, and whether demonstration projects can translate into sustained orders. As the industry gradually moves beyond the technology demonstration phase, the focus of competition in humanoid robots is shifting from product capabilities to industrial implementation capabilities.

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