XPeng Inc. (NYSE: XPEV, HKEX: 9868) is a leading Chinese AI-driven mobility company founded in 2014. While primarily known for designing, developing, manufacturing, and marketing Smart EVs, XPeng has expanded its vision to become a global leader in AI mobility, encompassing AI cars, Robotaxis, humanoid robots, and flying cars. The company is headquartered in Guangzhou, China, with key offices in Beijing, Shanghai, Silicon Valley, and Amsterdam. XPeng Robotics is a division dedicated to developing humanoid robots, aiming to integrate physical AI into various aspects of daily life.

The journey of XPeng’s humanoid robots began with the release of its first-generation IRON in 2024, which garnered attention for its human-like characteristics. This initial success paved the way for the Next-Gen IRON, which made its stunning debut on November 5, 2025, at XPeng AI Day. This second-generation robot represents a significant leap forward in bionic structure, intelligence systems, and energy architecture, achieving what XPeng terms “ultra-realistic anthropomorphism” in both appearance and interactive thinking.

The XPeng Next-Gen IRON is designed with a focus on human-like movement and interaction. It features a humanoid spine, bionic muscles, and fully covered, flexible skin, allowing for customizable body shapes. The robot boasts 82 degrees of freedom throughout its body, enabling natural, smooth, and flexible movements, including complex actions like catwalk walking. Its hands are particularly advanced, using the industry’s smallest “harmonic joint” to achieve a 1:1 hand size with 22 degrees of freedom, enabling delicate manipulation. A pioneering feature is the use of all-solid-state batteries, which contribute to its lightweight design, ultra-high energy density, and enhanced safety.

The intelligence of the Next-Gen IRON is powered by three Turing AI chips, providing an effective computing power of 3000 TOPS. It is also the first to be equipped with XPeng’s first-generation physical world large model. This model combines high-order capabilities from “VLT + VLA + VLM” (Vision-Language-Action, Vision-Language-Model, and Vision-Language-Transformer, respectively), enabling “conversation, walking, and interaction.” The “VLT large model” is highlighted as the core engine for the robot’s autonomous actions, facilitating in-depth thinking and autonomous decision-making. XPeng has also extended the traditional “Three Laws of Robotics” with a Fourth Law: “Privacy data does not leave the robot,” emphasizing data security and privacy protection for participants in the physical AI world.

XPeng aims for large-scale mass production of high-level humanoid robots by the end of 2026. The Next-Gen IRON is slated to prioritize entry into commercial scenarios, offering services such as guided tours, shopping guides, and traffic diversion. A notable partnership has been established with Baosteel Stock, where XPeng IRON robots will be deployed to explore application scenarios and iterate in complex industrial fields such as inspection, thereby empowering Baosteel’s intelligent manufacturing processes. XPeng also plans to open its SDK to developers worldwide to jointly build an ecosystem for humanoid robot applications.

The provided information does not explicitly state the pricing for the XPeng Iron robot. However, the focus on mass production and commercial deployment suggests a strategy to make these robots accessible for various business applications.

While the XPeng Next-Gen IRON has shown impressive capabilities, the path to widespread deployment faces challenges. One notable incident mentioned in news snippets (though not in the official press release) was a stumble during a public showcase in Shenzhen on February 2, 2026, highlighting the ongoing hurdles in achieving perfect stability and reliability in dynamic environments.

The company itself acknowledges two major challenges in humanoid robot development: a lack of training data (addressed by establishing an embodied intelligence data factory in Guangzhou) and achieving large-scale mass production due to the nascent software and hardware supply chain in the humanoid robot field. The design is described as “software-driven hardware,” requiring high capabilities in self-research and cross-integration.

XPeng’s future roadmap for the Iron robot is ambitious. The company aims to achieve large-scale mass production by the end of 2026. The strategy involves prioritizing commercial scenarios for initial deployment, focusing on services like guided tours and industrial inspections. The SDK’s opening to global developers signifies a commitment to fostering an ecosystem for humanoid robot applications. XPeng’s overarching goal is to integrate its physical AI system across various intelligent carriers, including AI cars, Robotaxis, humanoid robots, and flying cars, to become a global embodied intelligence company.

The continuous evolution of its VLA 2.0 large model, which can perform self-evolving learning and cross-domain driving, will be crucial to advancing the Iron robot’s capabilities. The company’s full-stack self-developed Physical AI system, leveraging its experience in AI cars, is expected to give it an advantage in achieving mass production.