XPeng Iron
A General-Purpose Humanoid Robot Built for the Physical AI Era
XPeng Iron
XPeng Iron is a humanoid robot developed by XPeng as part of the company's broader Physical AI strategy.
Originally unveiled as an experimental platform, Iron has evolved through multiple generations into a highly human-like general-purpose robot designed to operate in environments built for people.
XPeng's approach goes beyond simply enabling a robot to walk and manipulate objects. Iron is designed to combine a human-like physical structure with an AI system capable of perception, reasoning, decision-making and physical action.
The goal is to create a general-purpose humanoid platform that can continuously learn and adapt through real-world interaction.
In September 2026, XPeng officially commissioned its humanoid robot production lines. The first Iron manufactured on the production line autonomously walked off the line, marking a major transition from R&D prototypes toward scaled manufacturing.
XPeng Iron in One Sentence
XPeng Iron is a highly human-like general-purpose humanoid robot that combines Physical AI, dexterous manipulation and automotive-scale manufacturing to bring humanoid robotics from prototype development toward real-world commercial deployment.
From Intelligent Vehicles to Physical AI
XPeng originally built its reputation around smart electric vehicles. Its robotics strategy represents a significant expansion of that technology base.
The company is applying its expertise in:
- AI
- Autonomous systems
- Electric powertrains
- Sensors
- Computing
- Motion control
- Software
- Large-scale manufacturing
to a new category of physical machines.
Iron is therefore not simply a humanoid robot project. It is a test of whether the technology, AI infrastructure and manufacturing capabilities developed for intelligent vehicles can be transferred into general-purpose robotics.
Human-Like by Design
One of the defining characteristics of XPeng Iron is its highly anthropomorphic design.
XPeng has taken an “inside-out” approach, developing the robot around a human-like internal structure rather than simply adding a humanoid exterior to a conventional architecture.
The next-generation Iron introduced:
- A human-like spine
- Bionic muscles
- Fully covered flexible skin
- Human-like body proportions
- Human-scale hands
- Highly articulated joints
- Natural and continuous movement
This design makes Iron better suited to environments originally designed for humans.
Human-Like Movement
Iron's physical architecture is built around natural human movement.
The next-generation model announced by XPeng in 2025 featured 82 degrees of freedom across the body, enabling a broad range of human-like movements. Its architecture incorporates a humanoid spine, bionic muscles and flexible skin, allowing continuous and natural motion. Demonstrations included highly human-like walking and other complex body movements.
XPeng's latest production-oriented version announced in September 2026 uses a revised architecture with 76 degrees of freedom across the body, including 21 degrees of freedom in each hand.
This difference reflects the evolution from the 2025 next-generation prototype to the production-oriented version, rather than a contradiction between the two specifications.
Dexterous Hands
Hands are among the most critical components of a general-purpose humanoid robot. XPeng has placed significant emphasis on developing highly dexterous, human-scale hands for Iron.
The 2025 next-generation Iron introduced 22 degrees of freedom in each hand with an architecture designed around approximately 1:1 human proportions.
The latest production-oriented Iron announced in September 2026 uses 21 degrees of freedom in each hand, providing fine-grained control for manipulation tasks.
The objective is to enable Iron to interact with objects and tools designed for human hands without requiring fully redesigned environments.
Physical AI
Iron is not designed as a remotely controlled machine.
XPeng positions the robot as part of its Physical AI strategy, combining AI models with a physical robotic platform.
The latest Iron is equipped with three XPeng Turing AI chips, delivering up to 2,250 TOPS of effective computing power.
This platform enables XPeng to deploy its Physical AI foundation model directly on the robot. As a result, Iron is designed to perform complex tasks autonomously rather than relying on continuous remote operation.
From Perception to Action
The core idea behind Iron is to connect intelligence directly with physical action.
The robot must be able to:
See — Understand its surroundings and identify relevant objects and people.
Reason — Interpret situations and determine what needs to be done.
Plan — Select an appropriate sequence of actions.
Act — Execute those actions through its body and hands.
Adapt — Improve its behavior through interaction with the real world.
This approach is central to XPeng's broader Physical AI architecture. The company is also developing a common AI foundation across its vehicles, Robotaxi systems and humanoid robots, creating an ecosystem in which intelligence can transfer between different physical platforms.
Full-Stack Development
XPeng is developing Iron as a vertically integrated robotics platform.
Its technology stack covers major components including:
- Robot architecture
- Actuation systems
- Motion modules
- Controllers
- AI processors
- Dexterous hands
- Physical AI models
- Robot control systems
XPeng's experience in electric vehicles, intelligent driving, AI computing and large-scale manufacturing provides a strong technological foundation for its robotics program. The company aims to transfer automotive-grade engineering and manufacturing practices into humanoid robot production.
Flexible Human-Like Structure
The latest Iron incorporates a proprietary fully enclosed flexible lattice structure.
The design balances human-like appearance, movement and safety. Instead of exposing mechanical components in the same way as many industrial-style humanoid robots, Iron uses a more enclosed architecture.
This reflects XPeng's ambition to build a humanoid robot that can eventually operate around ordinary people in everyday environments.
Applications
XPeng is developing Iron as a general-purpose humanoid robot, rather than a machine dedicated to a single industrial task.
Initial commercial deployment focuses on controlled environments where the robot can interact directly with customers and employees.
Retail
XPeng plans to deploy Iron as an AI-powered sales assistant and guide in its retail stores.
Potential tasks include:
- Greeting customers
- Providing product information
- Answering questions
- Guiding visitors
- Demonstrating technology
- Supporting retail staff
Initial retail deployment in China is planned for 2027.
Corporate Campuses
Iron is also expected to enter XPeng's own campuses and commercial environments. These deployments will generate real-world operating data while allowing continued improvement of the robot's hardware and AI models.
Future General-Purpose Applications
XPeng's longer-term vision extends beyond retail. The company aims for Iron to operate across a broad range of environments and tasks, including service, assistance and other human-centered applications.
From Prototype to Production
Iron has undergone several stages of development.
2024 — First-Generation Iron
XPeng introduced its first-generation Iron in 2024. The early prototype was approximately 178 cm tall and 70 kg, with more than 60 joints, and was designed to reproduce human-like movements and interaction.
2025 — Next-Generation Iron
At XPeng AI Day 2025, the company introduced a substantially redesigned Iron featuring:
- 82 degrees of freedom
- Human-like spine
- Bionic muscles
- Fully flexible skin
- 22-DOF hands
- Human-scale proportions
- More natural movement
XPeng also introduced an all-solid-state battery concept for the robot.
2026 — Production-Line Manufacturing
On September 8, 2026, XPeng officially commissioned its humanoid robot production lines. The first Iron produced on the new line autonomously walked off after manufacturing.
XPeng stated that more than 80% of core processes on the production line are automated. The system is designed around automotive-grade quality standards and intended to support scaled manufacturing.
2027 — Commercial Deployment
XPeng plans to officially launch Iron and begin deliveries in China and overseas markets in 2027. Initial deployments are expected to focus on XPeng stores and campuses before expanding to external commercial applications.
Applying Automotive Manufacturing to Humanoid Robots
One of XPeng's key advantages in humanoid robotics is its manufacturing background.
Rather than treating the humanoid robot as a laboratory-only project, XPeng is building a dedicated production system from the outset. The new facility incorporates automotive-grade quality systems and automation technologies.
More than 80% of core manufacturing processes are automated. The production line is designed to be precise, flexible and scalable, with the ability to expand capacity as demand grows.
The Physical AI Strategy
Iron is part of a broader strategy at XPeng.
The company is building a Physical AI ecosystem spanning:
Smart EVs
Robotaxis
Humanoid Robots
Flying Vehicles
Rather than developing completely independent AI systems for every product, XPeng is creating a common foundation that can understand the physical world and operate through different machines.
Iron represents the humanoid embodiment of this strategy. Its human-like form offers a particular advantage: homes, stores, workplaces and tools have already been designed around the human body. A humanoid robot can therefore potentially enter existing environments without requiring complete redesigns.
Why Iron Matters
The significance of XPeng Iron lies not only in its appearance, but in the transition from robot demonstration to manufacturing and deployment.
Humanoid robotics has historically been dominated by research prototypes and technology demonstrations. Iron represents a different approach:
Design → AI → Manufacturing → Deployment → Data → Improvement
XPeng aims to use real-world deployment to generate data, improve its Physical AI models and continuously enhance the robot. This creates a potential feedback loop in which greater deployment produces more operational data, which in turn improves intelligence and expands the range of tasks the robot can perform.
Iron vs. Traditional Industrial Robots
Traditional industrial robots are generally optimized for specific tasks and controlled environments. Iron takes a different approach.
| Traditional Industrial Robot | XPeng Iron |
|---|---|
| Task-specific | General-purpose |
| Structured environments | Human-centered environments |
| Fixed workflows | AI-driven decision making |
| Specialized end effectors | Human-scale dexterous hands |
| Industrial automation | Physical AI |
| Often stationary | Mobile humanoid platform |
| Programmed behavior | Autonomous reasoning and action |
The objective is not to replace every industrial robot. Instead, Iron targets tasks where flexibility, mobility and human-like interaction are valuable.
XPeng Iron at a Glance
| Specification | XPeng Iron |
|---|---|
| Product Name | XPeng Iron |
| Manufacturer | XPeng |
| Category | Humanoid Robot |
| Positioning | General-Purpose Humanoid Robot |
| AI Architecture | Physical AI |
| Technology Foundations | Physical AI · Embodied Intelligence · Humanoid Robotics |
| Latest Body Degrees of Freedom | 76 (production-oriented version, September 2026) |
| Prototype Body DOF (2025 Next-Gen) | 82 |
| LucideIcons.Hand Degrees of Freedom | 21 per hand (production version) |
| Prototype LucideIcons.Hand DOF (2025 Next-Gen) | 22 per hand |
| 2024 First-Gen Dimensions | Approximately 178 cm tall · 70 kg · 60+ joints |
| AI Compute | Up to 2,250 TOPS effective computing power |
| AI Processors | 3 × XPeng Turing AI chips |
| Body Structure | Fully enclosed flexible lattice structure |
| Internal Architecture | Human-like spine · Bionic muscles · Fully covered flexible skin |
| Hands | Human-scale dexterous hands (approx. 1:1 human proportions) |
| Production Status | Production line commissioned (September 8, 2026) |
| Core Production Automation | More than 80% of core processes automated |
| Quality Standard | Automotive-grade quality systems |
| Mass Production Target | End of 2026 |
| Initial Deployment Scenarios | XPeng retail stores and corporate campuses |
| Commercial Launch | 2027 |
| Initial Markets | China and overseas markets |
| Primary Initial Applications | Retail AI sales assistant · Customer guidance · Campus operations |
| Broader Ecosystem | Smart EVs · Robotaxis · Humanoid Robots · Flying Vehicles |
The specifications above refer primarily to the latest production-oriented Iron announced in September 2026. Earlier prototype generations had different specifications, including approximately 178 cm / 70 kg and 82 DOF for the 2025 next-generation version.
Development Timeline
XPeng introduces the first-generation Iron humanoid robot.
XPeng unveils the next-generation Iron with a more human-like structure, 82 degrees of freedom and 22-DOF hands.
XPeng advances Iron toward mass production and establishes a dedicated humanoid robot production line.
The first production-line-manufactured Iron autonomously walks off XPeng's newly commissioned production line.
XPeng targets the start of mass production.
XPeng plans to officially launch Iron and begin deliveries in China and overseas markets.
The Bigger Picture
XPeng's bet on humanoid robotics is an expansion of its core capabilities in intelligent vehicles.
The company is applying its expertise in AI, autonomous systems, electric powertrains, sensors, computing, motion control, software and large-scale manufacturing to a new category of physical machines.
Iron is therefore not simply a humanoid robot project. It is a test of whether the technology, AI infrastructure and manufacturing capabilities developed for intelligent vehicles can be transferred into general-purpose robotics.
The Future of Iron
XPeng's ambition is for Iron to become more than a demonstration robot or factory machine. The company envisions a general-purpose humanoid capable of becoming part of everyday human environments.
The ultimate benchmark will not be how impressive Iron looks on stage. It will be whether the robot can reliably perform useful tasks in the real world — autonomously, safely and at a cost that supports large-scale deployment.
With production-line manufacturing now underway, XPeng is moving Iron into a new phase.
The question is no longer only:
Can a humanoid robot work?
It is becoming:
Can a humanoid robot be manufactured, deployed, trained and continuously improved at scale?
XPeng Iron is one of the clearest examples of the industry's attempt to answer that question.
Our Take
XPeng Iron is one of the most interesting humanoid robotics programs currently emerging from China because XPeng is attempting to bring automotive industry scale into humanoid manufacturing from a remarkably early stage.
Design the body around human biology.
Build the AI inside the robot.
Manufacture it like a car.
The design philosophy is compelling.
Rather than bolting a humanoid shell onto a conventional mechanical architecture, XPeng has pursued an inside-out approach: a human-like spine, bionic muscles, flexible skin, and hand proportions that mirror human anatomy.
That choice is not cosmetic. If the ambition is to enter environments and use tools that were designed for humans, the body must be able to move and manipulate in ways that those environments expect.
But the most notable dimension of the program may not be mechanical.
It is manufacturing readiness.
Many humanoid programs remain in the prototype phase for years. XPeng, by contrast, commissioned a production line in September 2026 and announced that more than 80% of core manufacturing processes are automated with automotive-grade quality systems in place.
That matters because, historically, the hardest transition in robotics has not been building a single impressive robot. It has been building robots by the thousands at a cost and reliability level that supports commercial deployment.
XPeng's vehicle manufacturing background is therefore potentially as important as Iron's technical specifications.
The three on-board XPeng Turing AI chips delivering up to 2,250 TOPS of effective computing power further distinguish the platform. Iron is explicitly designed to run Physical AI models on board rather than depending on continuous remote control or cloud-only inference.
Perceive.
Reason.
Plan.
Act.
Adapt.
Closing that loop in the real world, reliably, is what separates a general-purpose humanoid from a scripted demo.
Whether Iron can sustain that loop at commercial scale remains to be proven. The 2027 commercial launch target — beginning in XPeng retail stores and campuses before expanding further — is a pragmatic starting point. It gives XPeng a controlled, instrumented deployment surface that can both impress customers and generate the real-world data required to improve the Physical AI foundation model.
If that flywheel spins fast enough, Iron's true significance may not be the robot itself. It may be that XPeng used a humanoid robot to prove something broader:
that the technologies being built for intelligent vehicles can be re-materialized into other physical forms, creating a multi-product Physical AI ecosystem in which intelligence transfers across cars, robotaxis, humanoids and flying vehicles.
The Bottom Line
XPeng Iron is a highly human-like general-purpose humanoid robot built around three pillars: a biologically-inspired body, on-board Physical AI at scale, and automotive-grade manufacturing.
The production-oriented September 2026 version specifies 76 degrees of freedom across the body, 21 DOF per hand, three XPeng Turing AI chips delivering up to 2,250 TOPS of effective compute, and a fully enclosed flexible lattice structure.
But its most consequential characteristic is the transition from R&D prototype into manufacturing.
Figure 03 is designed around the home and Helix.
Tesla Optimus is designed around Tesla's AI and manufacturing flywheel.
XPeng Iron is designed around the Physical AI ecosystem — smart EV, robotaxi, humanoid and flying vehicle all sharing one AI foundation — and manufactured like a car.
If XPeng can really transfer automotive manufacturing discipline and multi-product AI transfer into humanoid robotics at the scale it is targeting, Iron could become one of the landmarks in the industry's move from research demonstrations toward real products.
The next major milestones are simple:
Mass production start — end of 2026.
Commercial launch — 2027.
Data from real deployments — thereafter.
Those three milestones will probably do more to determine Iron's long-term place in the industry than any single technical specification.
Best for
Physical AI research platforms, general-purpose humanoid R&D, embodied intelligence, retail and campus assistants, dexterous manipulation applications, automotive-scale humanoid manufacturing programs, and multi-product Physical AI ecosystems.
Key differentiator
A biologically-inspired humanoid body combined with 2,250 TOPS of on-board Physical AI (3 × XPeng Turing chips) and an automotive-grade 80%+ automated manufacturing line before commercial launch.
Product Specifications
| Specification | XPeng Iron |
|---|---|
| Product Name | XPeng Iron |
| Manufacturer | XPeng |
| Category | Humanoid Robot |
| Positioning | General-Purpose Humanoid Robot |
| AI Architecture | Physical AI |
| Technology Foundations | Physical AI · Embodied Intelligence · Humanoid Robotics |
| Latest Body Degrees of Freedom | 76 (production-oriented version, September 2026) |
| Prototype Body DOF (2025 Next-Gen) | 82 |
| LucideIcons.Hand Degrees of Freedom | 21 per hand (production version) |
| Prototype LucideIcons.Hand DOF (2025 Next-Gen) | 22 per hand |
| 2024 First-Gen Dimensions | Approximately 178 cm tall · 70 kg · 60+ joints |
| AI Compute | Up to 2,250 TOPS effective computing power |
| AI Processors | 3 × XPeng Turing AI chips |
| Body Structure | Fully enclosed flexible lattice structure |
| Internal Architecture | Human-like spine · Bionic muscles · Fully covered flexible skin |
| Hands | Human-scale dexterous hands (approx. 1:1 human proportions) |
| Production Status | Production line commissioned (September 8, 2026) |
| Core Production Automation | More than 80% of core processes automated |
| Quality Standard | Automotive-grade quality systems |
| Mass Production Target | End of 2026 |
| Initial Deployment Scenarios | XPeng retail stores and corporate campuses |
| Commercial Launch | 2027 |
| Initial Markets | China and overseas markets |
| Primary Initial Applications | Retail AI sales assistant · Customer guidance · Campus operations |
| Broader Ecosystem | Smart EVs · Robotaxis · Humanoid Robots · Flying Vehicles |
Specifications are based on XPeng's current product information, AI Day 2025 announcements and September 2026 production line commissioning details. Earlier prototype generations had different specifications. Actual performance depends on the task, environment, software configuration, and operating conditions.