PX5 - XPeng Motors
PX5 Humanoid Robot
The PX5 robot is the latest humanoid project from XPeng Motors, a company previously known mainly for producing electric vehicles and e-mobility solutions. In 2025, XPeng Motors is expanding its capabilities into service robotics and light logistics, drawing on experience gained in advanced AI algorithms, drive control and energy management.
PX5 is intended to create a humanoid platform capable of operating effectively in environments typically designed for people, such as offices, warehouses or service points. Thanks to its bipedal design, the robot can climb stairs, enter narrow corridors and perform basic manipulation tasks, making its mobility similar to that of a human. A key element of the project is gait stability combined with high energy efficiency, enabling long operating times without frequent charging.
History and Development
History of the PX5 Humanoid Robot
XPeng Motors, known for manufacturing electric cars and advanced driver assistance systems, expanded its expertise into humanoid robotics by creating Robot PX5. The project is the result of integrating experience gained in e-mobility, AI, and motion control, with the goal of creating a modern humanoid for service and logistics environments.
A Breakthrough toward Humanoid Robotics
- The inspiration for PX5 came from the R&D department of XPeng Motors, which was intensively developing object-recognition algorithms, motion control and energy management for electric vehicles. These solutions provided a solid foundation for developing a humanoid capable of moving efficiently in environments designed for people.
- Initial work on prototype limbs and walking modules began as early as 2021, enabling development of the foundations of PX5 mechanics, providing stable locomotion and obstacle avoidance capability.
Official Presentation of PX5 and Further Development Plans
- In 2022, Xpeng Motors presented the first video footage of the PX5 Robot prototype, showing it in a simplified office environment. The presentation highlighted the use of technologies derived from e-mobility, such as lightweight electric drives and advanced motion-planning systems.
- In the following years, in 2023 and 2024, the project went through intensive testing and optimization phases. Updates introduced in 2025 include expanding the manipulators for greater payload and precision, integration with cloud AI services, and release of an open application programming interface, API. As a result, the PX5 Robot is ultimately intended to perform assistance tasks in hotels, stores, and warehouses, as well as support educational and research projects.
Thanks to its modular design and continuous software updates, the PX5 Robot is a versatile platform that can be successfully deployed in various work environments, increasing operational efficiency and safety in everyday processes.
Technical Specifications
Technical Specifications of the Iron Humanoid Robot
Below I present the detailed technical specifications of the PX5 humanoid robot developed by XPENG Motors.
| Parameter | Value | Notes |
|---|---|---|
| Height | 1.5 meters | Similar to the height of an average person. |
| Weight | Information unavailable | No official data is available regarding robot mass. |
| Degrees of Freedom (DoF) | Over 60 | Enables complex and precise movements. |
| Drive System | Fully electric | Quiet and energy-efficient. |
| Sensors | Cameras, inertial sensors | Enable advanced perception of the environment and balance control. |
| Motion capabilities | Walking on grass and uneven terrain, playing football, riding a self-balancing scooter | High adaptability to different environments and tasks. |
| Shock resistance | Yes | Can maintain balance after being struck or kicked. |
PX5 is an advanced humanoid robot developed by XPENG Motors, intended to support different sectors by automating manual tasks. Thanks to its advanced design, integration with artificial intelligence systems, and precise manipulation capabilities, PX5 represents a promising solution for companies seeking modern technologies that support operational efficiency.
PX5
Applications and Use Cases
The PX5 robot from XPeng Motors was designed to function as a versatile support tool across various sectors, from services and reception to education and light logistics tasks. Its bipedal mobility and planned AI functions enable it to assist staff with tasks requiring continuous movement and basic object handling. Current pilot tests in 2025 confirm that PX5 has the potential to significantly improve operational efficiency in environments designed for people. The main application areas are presented below:
Customer Service and Reception
Welcoming Guests and Providing Information: The PX5 robot can greet customers in hotels, offices, and shopping centers, provide directions, and give basic information about services and procedures.
Simple Representative Tasks: Functions such as handing out leaflets, small gifts or guest cards can reduce the workload of reception staff while emphasizing the company's modern image.
Office Work and Light Warehouse Tasks
Transport of Documents and Small Items: Thanks to its bipedal design, PX5 performs well where stairs and narrow passages must be navigated. The robot can carry documents, envelopes, and small packages, improving workflow.
Support in Order Management: Integration with IT systems such as WMS and ERP enables automatic retrieval of transport orders and progress reporting, optimizing warehouse operations.
Education and Research Projects
R&D Platform: Thanks to an open API, the robot can be used at universities and laboratories to test AI algorithms, motion control, and human-robot interaction, accelerating the development of new technologies.
Demonstrations and Workshops: PX5's presence at conferences and educational events demonstrates modern technologies, attracts participants' attention, and inspires further research.
Service and Retail Sector
Sales Floor Support: The robot can support staff in stores and shopping centers by delivering lightweight products to shelves, informing customers where goods are located and directing them to the appropriate departments.
Events and Promotions: As a host, PX5 can take part in marketing campaigns, engaging visitors through interaction and product presentation and strengthening the brand's modern image.
Potential Applications in Care and Rehabilitation
Assistance in Care Homes: In the future, with expanded AI functions and improved manipulators, the robot may support care for elderly people, for example by delivering medication or other small items.
Rehabilitation Support: Potentially, the robot can be used to support simple rehabilitation exercises, although the current version focuses mainly on service and logistics applications.
In each of these scenarios, bipedal mobility PX5 combined with planned AI functions, has the potential to significantly increase operational efficiency and working comfort by relieving staff and improving customer service quality. Final implementation effectiveness depends on further manipulator development, battery performance, and integration with management systems, which remain priorities in subsequent project stages.
Technology and Innovation, Safety
PX5
The PX5 Robot, developed by XPeng Motors, is the company's latest humanoid project, combining its experience in e-mobility with advanced artificial intelligence and bipedal mechanics. Updates from 2025 confirm that PX5 achieves a high level of stability, energy efficiency, and operational safety, making it suitable for office, service, and educational environments.
Bipedal Drive and Gait Stabilization
- Efficient Electric Actuators: PX5 uses lightweight but efficient electric actuators located in the hip, knee, and torso joints. These solutions, adapted from technologies used in XPeng electric vehicles, enable precise and smooth walking, allowing the robot to climb stairs and ramps and move through narrow passages typical of indoor environments.
- Dynamic Balance Algorithms: The built-in system analyzes data from accelerometers, gyroscopes, and depth sensors in real time, dynamically correcting the motion trajectory. This allows PX5 to maintain a stable posture even under changing conditions.
Manipulators and Gripping Functions
- Arms with Basic Payload Capability: The current version of PX5 is designed to carry objects weighing up to several kilograms, which is sufficient for basic tasks such as opening doors, handing out informational materials or moving small packages.
- Planned Pressure Sensors: XPeng Motors has announced further development of manipulators, including integration of advanced pressure sensors that will enable precise adjustment of gripping force to the characteristics of transported objects, particularly more delicate ones.
AI Algorithms and Interaction
- Image Recognition: PX5 is equipped with cameras and machine-learning systems that enable obstacle detection and identification of objects in its surroundings. Future iterations are planned to expand computer-vision functions for more advanced object analysis and categorization.
- Voice Command Interpretation (In Development): XPeng Motors is working on speech-recognition modules intended to allow the robot to execute basic voice commands, making communication with users easier in reception and service environments.
Safe Coexistence with People
- Joint Force Limits: Specially designed mechanisms automatically reduce joint torque in the event of contact with a person, minimizing the risk of damage and injury.
- Collision Detection and E-Stop System: Built-in sensors enable rapid detection of resistance in limb movement, automatically slowing or stopping motion. In addition, a standard emergency stop button (E-Stop) allows the operator to immediately disable the drives in critical situations.
PX5
Integration and Compatibility, Personalization and Solution Customization
XPeng Motors is preparing the PX5 Robot as a flexible platform intended for easy integration with existing IT infrastructure and adaptation to the specific requirements of different industries, from light logistics and customer service to educational projects. Updates in 2025 confirm that PX5 has been optimized for rapid integration, modularity, and continuous development of its functions.
Open Programming Interface (API)
- Developer Tools: The manufacturer provides comprehensive documentation and a set of developer tools that enable the creation of dedicated applications for controlling robot movement, defining custom task sequences, and integrating with external AI algorithms, for example for speech recognition.
- Flexible Cloud Updates: PX5 can receive new software versions and improvements over the network, extending the equipment lifecycle and enabling continuous expansion of functionality without replacing hardware.
Connectivity and Integration with IT Systems
- Wi-Fi, Ethernet: The robot is equipped with standard communication interfaces that enable remote monitoring, automatic updates and ongoing integration with local databases and IT systems.
- Integration with WMS/ERP: Ultimately, Xpeng Motors plans for PX5 to receive assignments from warehouse and enterprise resource management systems, automatically reporting progress and responding to changes in task schedules.
Hardware and Software Customization
- Replaceable Grippers: The PX5 robot can be adapted to the characteristics of the items being handled, from small packages and documents to small industrial components, by installing different types of grippers with varying precision.
- Configurable Sensors: Depending on customer expectations and the type of working environment, the PX5 can be expanded with additional sensors, such as depth sensors, thermal cameras, or ultrasonic sensors, enabling the robot's functions to be tailored even more closely to specific tasks.
Visual Customization
- Housing with Company Logo and Brand Colors: For service or marketing applications, the robot's appearance can be customized by modifying housing colors and adding logos, strengthening the company's visual identity.
- Interactive Panels: Optional touch panels, for example mounted on the body, can present information, marketing messages or provide interactive operation, increasing the robot's appeal in public environments.
Support for Pilot Implementations
- Real-World Testing: Xpeng Motors plans to work with selected partners who will test the PX5 in real operational scenarios, allowing the robot's functions to be continuously adapted to actual user requirements.
- Educational and Research Versions: PX5 may be offered in configurations dedicated to universities and laboratories, enabling research into AI algorithms, motion control, and innovative humanoid robotics solutions.
Thanks to such solutions, the Robot PX5 can be easily integrated with existing IT systems and adapted to the specifics of particular operating environments. This approach enables versatile deployments, from service and logistics applications to educational projects, and supports effective cooperation with personnel while requiring minimal infrastructure adaptation.
PX 5
Benefits for Customers
The PX5 Robot, developed by XPeng Motors, offers a broad range of capabilities in environments where humanoid mobility and basic manipulation skills can significantly improve operations. Updates from 2025 confirm that PX5 may become a key support tool, helping increase efficiency and improve service quality across different sectors. Key implementation advantages are presented below:
Increased Efficiency and Reduced Staff Workload
- PX5 takes over monotonous and physically demanding tasks such as moving documents, small parcels and products in smaller warehouses, allowing employees to focus on tasks that require creativity.
- The bipedal design enables the robot to access spaces designed for people efficiently, including stairs, ramps, and narrow corridors, eliminating the need for costly infrastructure modifications.
Modernized Customer Service
- In hotels, stores, and shopping centers, PX5 can welcome guests, provide basic information, and direct customers to the appropriate departments, reinforcing a modern company image.
- Planned speech recognition and simple command functions will enable basic voice interactions, further increasing customer engagement and relieving staff.
Easy Integration with IT and WMS Systems
- Open APIs and Wi-Fi and Ethernet connectivity enable seamless integration of PX5 with management systems such as WMS and ERP.
- The robot can receive tasks in real time, report progress and send operational data to the cloud, supporting process optimization and continuous improvement of its functions.
Potential for Educational and R&D Applications
- PX5 is an excellent research platform for universities and laboratories, enabling testing of AI algorithms, motion control systems, and human-robot interaction.
- Presentations at conferences and workshops promote modern technologies, attracting the attention of young engineers and researchers.
Safe Coexistence with People
- The use of joint force limits, a collision detection system, and an E-Stop button provides a high level of safety, enabling the robot to be stopped immediately in critical situations.
- Intelligent obstacle and human presence detection algorithms enable rapid response and stopping of limb movement, minimizing the risk of injury.
Thanks to these solutions, implementation of Robot PX5 contributes to significant optimization of operational processes, improved service quality, and effective use of human resources in office, service, and warehouse environments.
FAQ, 9 Most Frequently Asked Questions
PX5 Humanoid Robot
Below we have collected brief answers to key questions about the PX5 Robot. If you do not find the answer to your question here, we encourage you to contact us or browse the full FAQ section, where more detailed topics are discussed.
Xpeng Motors is currently conducting prototype tests and pilot projects. Full commercial availability will be possible after the development phase is completed and sufficient feedback has been gathered from testing.
The manufacturer does not publish official price lists. Final cost depends on configuration, including gripper type, sensors, and the AI software package, as well as order scale and the scope of implementation support. Detailed information can be obtained directly from XPeng Motors or authorized distributors.
At the prototype stage, several hours of active operation are discussed, depending on task intensity and environmental conditions. Xpeng Motors plans further energy management improvements to extend autonomous operating time.
The current design of Robot PX5's arms and hands is intended to handle lightweight loads, typically weighing several kilograms. Future versions may gradually increase payload, but the current focus is on precise manipulation of lightweight objects.
Yes, PX5 is equipped with force-limiting systems, collision detection, and an emergency stop button (E-Stop). Operators should still follow basic occupational health and safety procedures and the manufacturer's instructions.
An open API is planned that will allow the PX5 Robot to receive tasks from warehouse management systems (WMS) and enterprise resource planning systems (ERP), as well as automatically report operational progress in real time.
Prototype versions indicate basic voice-command recognition functions in Chinese and English. Xpeng Motors plans to continue developing this capability to enable more advanced voice interaction in future software generations.
The PX5 robot can be visually customized. Options include changing the housing colors, adding logos and installing interactive touch panels, which is particularly useful in service and marketing environments.
The PX5 design has been optimized for indoor operation in offices, warehouses, and stores. Operation in difficult terrain or weather conditions is not envisaged at the current stage of development.
More questions?
If you would like to learn more about humanoid robots, we invite you to browse our complete FAQ section. There you will find additional questions, detailed instructions, and useful tips.
- Expertise in Humanoid Robotics NexaRob cooperates with manufacturers and R&D centers, allowing us to reliably assess the capabilities and suitability of humanoids such as PX5 for specific applications. We can identify areas where the robot can deliver real benefits and advise on the best way to integrate it with existing processes.
- Individual Approach to Projects Every organization has unique requirements and working conditions. Our team begins by analyzing needs and potential benefits and then develops a customized robot-implementation plan. We focus on safety, ergonomics, and maximizing return on investment.
- Implementation Support and Service NexaRob provides support during installation and configuration as well as throughout later operation. We offer staff training, guidance on everyday use of the humanoid, and prompt servicing and software updates.
- Innovation and Further Development We participate in pilot projects and cooperate with partners around the world to continuously expand our knowledge and offering. This helps ensure that our proposals are forward-looking and that customers have access to modern, scalable solutions in humanoid robotics.
Would you like to find out whether Robot PX5 is suitable for your business tasks? Or are you looking for specialist support in analyzing the implementation of humanoids in service, education, or logistics environments? Contact NexaRob. We will help you assess the potential and develop a personalized robot implementation plan while ensuring safety and appropriate team training.
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Join NexaRob and Let Us Develop Humanoid Robotics Together
Would you like to become our Partner?
NexaRob has supported the development and implementation of bipedal robots for years, working with manufacturers such as XPeng Motors. We believe that only by combining expertise, sharing knowledge, and listening to users' needs can the full potential of humanoid robotics be realized.
Why Cooperate with NexaRob?
Joint Investments in Innovation
We combine expertise in AI and mechanics to deliver comprehensive implementations covering hardware, consulting services, and service support. Our goal is practical process improvement, not merely a technology demonstration.
Synergy of Competencies
Our team combines specialists in engineering, AI algorithms, system integration, and project management, enabling us to comprehensively manage the implementation process and scale solutions in the future.
Global Perspectives
NexaRob works with companies around the world, adapting humanoids to local requirements and market conditions. As a result, our clients can rely on support with robot integration and maintenance across different regions.
We Are Looking for Partners in the Following Areas:
- Production and Distribution of Humanoid Robots Working with manufacturers such as XPeng Motors allows us to provide solutions tailored to specific needs, from hardware and software to comprehensive support.
- AI and IoT Technologies We use modern artificial intelligence platforms and cloud services that make humanoid robots increasingly autonomous and flexible in operation.
- Automation and Logistics Systems A humanoid can support or complement standard automation solutions (AGVs, drones, conveyor systems), adapting to the specific layout of rooms and requirements.
Let's Join Forces
If you are planning to implement a humanoid in your organization or want to learn more about the capabilities of Robot PX5 and other Xpeng Motors solutions, we invite you to work with NexaRob. Together we will define an implementation scenario, support integration, and provide the necessary service assistance so you can fully benefit from the potential of humanoid robotics. Move your company into the future by choosing innovation and safe automation with NexaRob!
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