Chinese automaker BYD has unveiled the design of its first self-developed humanoid robot, marking a broader push into embodied AI and robotics that could eventually see the company deploy autonomous machines across its factories and dealerships.
The design appeared in a patent published by China’s National Intellectual Property Administration, describing a robot designed to walk, maintain balance and interact with its surroundings.
The patent points to potential applications in service, education and industrial environments. Although the design resembles BYD’s previously teasedhumanoid robot, known as Xiao Di, the company has not confirmed whether the patent depicts the final production model.
Designed for real-world interaction
The newly revealed design features a black-and-white body, a rounded head without a display and articulated joints across its torso, arms and legs. Its human-like proportions suggest a platform intended to operate in environments designed for people, rather than a robot restricted to a dedicated industrial workspace.
Previously disclosed specifications for the Xiao Di concept put its height at approximately 5 feet 3 inches and its weight at around 129 pounds (58 kg). The robot is reported to have 31 degrees of freedom, allowing movement across multiple joints, and a dexterous hand with repeatable positioning accuracy of approximately 0.04 inches.
More from AI and Robotics
See AllAI and RoboticsAmazon draws on fleet of 1 million robots to help machines learn and act in real worldAI and RoboticsAnthropic accuses Chinese AI firms of secretly using Claude to train modelsAI and RoboticsWatch: Two-armed robot throws, catches, and hits balls like a baseball champAI and RoboticsVision-based waste-sorting robot identifies high-value recyclables in real timeAI and RoboticsAutonomous heavy cargo drones airlift 143-pound loads to North Sea wind turbinesThese features could support tasks such as picking up objects, making gestures and pointing out information to people. However, the published design does not establish how reliably the robotcan performthese tasks in real-world conditions, or whether the specifications will carry over to a production model.
As automakers and technology companies invest inembodied AI, which combines AI with physical systems that can sense and interact with the real world, humanoid robots face a more complex challenge than software-based AI. They must coordinate perception, decision-making and physical movement while maintaining balance and adapting to changing environments.BYDis looking to apply its manufacturing expertise in developing such robots.
Developing its robotics capabilities for years
BYD’s humanoid robot project is part of a longer-term research effort that began in 2022 with the formation of a dedicated team tasked with developing the hardware and software needed to bring embodied AI into practical use. It has also invested in other companies in the sector. BYD invested inAgibotin August 2023 and acquired a stake in Percibot in April 2025, expanding its connections to China’s developing robotics industry.
The company has also explored industrial applications through its manufacturing operations. Its Changsha factory has hosted Ubtech’s Walker S1 humanoid robot for material-handling and identification tasks, providing an example of how humanoid systems could be tested in real production environments.
BYD executives have previouslyindicatedthat the company could deploy humanoid robots across its dealership network, with potential tasks including greeting customers, explaining vehicle features and demonstrating infotainment systems. Such applications would give BYD a way to test whether humanoid robots can perform routine customer-facing work without requiring major changes to existing facilities.
For now, BYD has yet to announce a production timeline or confirm whether the newly published design represents the final version of its Xiao Di humanoid robot, leaving open questions about its commercial launch and which capabilities will make it into a production model.
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Bojan StojkovskiBojan Stojkovski is a freelance journalist based in Skopje, North Macedonia, covering foreign policy and technology for more than a decade. His work has appeared in Foreign Policy, ZDNet, and Nature.
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Chinese automaker BYD has unveiled the design of its first self-developed humanoid robot, marking a broader push into embodied AI and robotics that could eventually see the company deploy autonomous machines across its factories and dealerships.
The design appeared in a patent published by China’s National Intellectual Property Administration, describing a robot designed to walk, maintain balance and interact with its surroundings.
The patent points to potential applications in service, education and industrial environments. Although the design resembles BYD’s previously teasedhumanoid robot, known as Xiao Di, the company has not confirmed whether the patent depicts the final production model.
Designed for real-world interaction
The newly revealed design features a black-and-white body, a rounded head without a display and articulated joints across its torso, arms and legs. Its human-like proportions suggest a platform intended to operate in environments designed for people, rather than a robot restricted to a dedicated industrial workspace.
Previously disclosed specifications for the Xiao Di concept put its height at approximately 5 feet 3 inches and its weight at around 129 pounds (58 kg). The robot is reported to have 31 degrees of freedom, allowing movement across multiple joints, and a dexterous hand with repeatable positioning accuracy of approximately 0.04 inches.
More from AI and Robotics
See AllAI and RoboticsAmazon draws on fleet of 1 million robots to help machines learn and act in real worldAI and RoboticsAnthropic accuses Chinese AI firms of secretly using Claude to train modelsAI and RoboticsWatch: Two-armed robot throws, catches, and hits balls like a baseball champAI and RoboticsVision-based waste-sorting robot identifies high-value recyclables in real timeAI and RoboticsAutonomous heavy cargo drones airlift 143-pound loads to North Sea wind turbinesThese features could support tasks such as picking up objects, making gestures and pointing out information to people. However, the published design does not establish how reliably the robotcan performthese tasks in real-world conditions, or whether the specifications will carry over to a production model.
As automakers and technology companies invest inembodied AI, which combines AI with physical systems that can sense and interact with the real world, humanoid robots face a more complex challenge than software-based AI. They must coordinate perception, decision-making and physical movement while maintaining balance and adapting to changing environments.BYDis looking to apply its manufacturing expertise in developing such robots.
Developing its robotics capabilities for years
BYD’s humanoid robot project is part of a longer-term research effort that began in 2022 with the formation of a dedicated team tasked with developing the hardware and software needed to bring embodied AI into practical use. It has also invested in other companies in the sector. BYD invested inAgibotin August 2023 and acquired a stake in Percibot in April 2025, expanding its connections to China’s developing robotics industry.
The company has also explored industrial applications through its manufacturing operations. Its Changsha factory has hosted Ubtech’s Walker S1 humanoid robot for material-handling and identification tasks, providing an example of how humanoid systems could be tested in real production environments.
BYD executives have previouslyindicatedthat the company could deploy humanoid robots across its dealership network, with potential tasks including greeting customers, explaining vehicle features and demonstrating infotainment systems. Such applications would give BYD a way to test whether humanoid robots can perform routine customer-facing work without requiring major changes to existing facilities.
For now, BYD has yet to announce a production timeline or confirm whether the newly published design represents the final version of its Xiao Di humanoid robot, leaving open questions about its commercial launch and which capabilities will make it into a production model.
Get the latest in engineering, tech, space & science - delivered daily to your inbox.
By subscribing, you agree to our
Terms of Useand
PoliciesYou may unsubscribe at any time.
0
COMMENT
Subscribe to
Today!
Access to exclusive content, expert insights and a deeper dive into engineering and tech. No ads, no limits.
Explore Now!By
Bojan StojkovskiBojan Stojkovski is a freelance journalist based in Skopje, North Macedonia, covering foreign policy and technology for more than a decade. His work has appeared in Foreign Policy, ZDNet, and Nature.
- 117-gigawatt Texas power project passes key hurdle for world's largest private grid
- 2Inside BYD's new luxury car powered by solid-state EV batteries
- 3Driverless resupply vehicle pairs 500-mile range with drone-killing shotgun
- 4US' 8,800-mile-range B-52 bombers could get armed with ship-killing missiles
- 5Autonomous combat drone capabilities to get massive expansion with $16 million funding boost
