Top 10 Chinese Humanoid Robots In 2025 (Updated List)

It's no doubt that humanoid robots are going to be a key part of the future. And in today's video, I'll actually take a look at China's humanoid robots that they're seemingly developing quicker than any other nation. So, let's not waste any time. Starting at number one

is the Unit G1 robot. This is coming from Unitry Robotics. Now, this is designed primarily for research, development, and academic studies and educational programs in artificial intelligence and robotics. Now, this actually represents one of the most affordable and accessible humanoids currently available on the market, starting for a price around $16,000, where many others start at around 6 figures. Now, it's incredible. This robot has some incredible physical specifications. For example, the height is actually only at 132 cm or 4. 3 ft. It only weighs about 35 kg, but is remarkably nimble and has over 41 to 43 degrees of freedom on the ultimate versions of the model. Now, this version actually has extra-l large joint movement angles, enabling highly flexible and human-like motion. Now, we do know that this model is capable of walking, running, and jumping and doing incredible feats of agility that many other humanities can't fathom. For example, we can see here the robot is essentially engaging in one-to-one physical combat with boxing gloves and boxing headsets on. So, this is something that is truly remarkable when we look at humanoid robot feats. Now, this robot is also coming with multi-fingered hands, including options for three-fingered or five-fingered hands in advanced models, allowing precise manipulation, such as soldiering wires or flipping food in a pan. Now, they've also demonstrated, you know, the world's most advanced movements on several different occasions, such as the flip that we saw earlier and the ability to constantly get up from these attacks that it has been facing. Now, in terms of the intelligence on board this model, this actually utilizes force position hybrid control for sensitive and reliable movement, closely simulating human muscle control. It's actually driven by AI, including imitation and reinforcement learning, and supports Unit's proprietary UNFOOLM, unified large language model for advanced behavior and adaptability. Now, it also supports secondary development, making it highly customizable for research and application tasks. Overall, the Unitary

G1 is one of the most notable robots for the many feats that it has, and being so affordable, so customizable, and so dextrous makes it one of the most capable humanoid robots on this list. Next on this list is the Astribore S1. The Ashrabot S1 is an advanced AI powered humanoid robot developed by Shenzhen based Stardust Intelligence. Designed primarily as a home assistant capable of performing a wide range of household tasks with exceptional agility, speed, and precision, it represents a significant leap in consumer robotics, aiming to serve as both a practical helper and companion in domestic environments. Now, there are key features and specifications that you probably do want to know. The S1 features seven degrees of freedom per arm, enabling humanlike movement and flexibility. Its arms can lift up to 10 kg each and can execute complex manipulations such as flipping food in a frying pan, pouring wine, and even shaving a cucumber with remarkable precision. With a top speed of 10 meters pers and movement repeatability within 0. 3 millimeters, the Astrobot S1 is both fast and highly accurate and capable of performing delicate tasks such as pulling a tablecloth from under glasses without even disturbing them. And this system is powered by advanced AI, which is Stardust's proprietary system. The S1 understands and responds to voice commands, supports real-time remote operation via integrated cameras, and can personalize routines such as cooking, cleaning, and pet care. Now, standing at 5'8, the S1 is designed to integrate seamlessly into human environments. Its friendly, approachable appearance and durable materials reflect a focus on both aesthetics and reliability. Now, multiple sensors ensure safe operations around people, pets, and obstacles. And the setup is userfriendly with step-by-step tutorials and clear manuals for easy assembly and operation. Now, the Astrobot S1 is positioned as a premium yet accessible home robot assistance, balancing advanced capabilities with a userfriendly interface. And it's not just a prototype. The S1 is slated for a commercial release in 2024, making it one of the most advanced and versatile humanoid robots available for household use. Now, Stardust Intelligence, the company behind Astrobot S1, is focusing on developing intelligent robots that can reliably and seamlessly integrate into daily life. So, overall, this robot is essentially a state-of-the-art humanoid robot designed to revolutionize home assistance by combining speed, dexterity, AI powered adaptability, and setting a new benchmark for consumer robotics. Next, let's take a look at the

Kepler 4Runner K2 developed by Shanghai Kepler Robotics Co., This represents a significant leap in humanoid robotics, particularly for industrial and commercial applications. Unveiled at Jitec's Global 2024, this fifth generation robot integrates advanced hardware, AI, and embodied control systems to perform complex tasks in dynamic environments. Designed through extensive collaboration with nearly 50 target customers, the K2 addresses sector specific challenges in intelligent manufacturing, logistics, high-risk operations, and research. Now, the 4Runner K2 boasts 52 degrees of freedom across its body, enabling human-like flexibility and precision. This includes 11 degrees of freedom per hand, allowing the robot to perform intricate manipulations such as grasping irregularly shaped objects or tightening bolts with a repeatability precision of 0. 3 mm. The head module features two degrees of freedom for rotational and tilting movement, enhancing environmental perception and interaction. And this is equipped with proprietary planetary roller screw actuators. The K2's arms and legs generate up to 8,000 newtons of thrust, enabling each hand to carry 15 kg. This makes the robot suitable for high load tasks such as moving steel beams or assembling heavy machinery. The actuators also contribute to improved rigidity in the limbs, ensuring stability during repetitive industrial operations. Now, there is also tactile

sensing and manipulation. Each fingertip on the K2's five-digit hand incorporates 96 contact point sensors, mimicking human tactile sensitivity. These sensors detect texture, pressure, and positional feedback, allowing the robot to handle delicate objects like glassware or perform precision tasks such as soldiering. The tactile manipulators combine active and passive degrees of freedom to adapt to objects to varying shapes and sizes, a critical feature for unstructured environments. The K2 actually leverages a cloud-based cognitive model integrated with embodied control system, employing both imitation learning and reinforcement learning for skill acquisition. This enables the robot to autonomously refine tasks such as quality inspection or component assembly without explicit programming. Now, let's get to talk about one of my favorite robots, the engine PMO1. This is coming from a company called Engine

AI. And this is a cuttingedge humanoid robot developed by Shenzhen based engine AI robotics representing one of the company's three flagship humanoid models alongside the SEO1 and SAO1. Now this lightweight, highly dynamic robot showcases three significant advancements in embodied intelligence and offers an open platform for further development in the rapidly evolving field of humanoid robots. The PMO1 stands at 138 cm or 4 1/2 ft tall and weighs approximately 40 kg or 88 lb. It features an impressive 22 to 23° of freedom depending on the version, allowing for exceptional mobility and flexibility. One of its most notable physical characteristics is the 320° waist rotation capability, which enables complex movements that other humanoid robots cannot achieve. Now, the robot's design includes distinctive visual elements such as high recognition familiar style star ring light and an integrated dynamic strip that synchronizes with its movement. Now, when it comes to movement, this thing can move. The PMO1 achieves a movement speed of 4. 4 mph and offers both mechanical and natural humanoid gate walking modes. And its impressive mobility comes from a total body joint count of more than 23. Single leg with six degrees of freedom, single arm with five degrees of freedom, maximum joint torque of 145 newmters, and peak torque density of 130 new meters per kilogram.

Now, what sets the PMO1 apart from many competitors is its endto-end neural network that allows for natural walking. The robot uses optical motion capture technology to collect vast amounts of human movement data, combining end-to-end neural network learning with adversarial networks to rapidly evolve in simulated environments. In terms of the computing and sensing of this model, the PMO1 deploys a dual chip architecture featuring Intel N97 and Nvidia Jetson ORM processors. The powerful computing setup enables cross-platform algorithm and enables cross-platform algorithm deployment and validation making it well suited for various research applications. For sensing and interaction, the robot is equipped with Intel Real Sense depth camera, multiarray microphones with wide ranging clear pickup, an interactive core screen for personalized interaction, and surround style stereo speakers that mimic human voice

direction. They to conclude this engine AI robot represents a significant advancement in accessible high performance humanoid robotics. With its natural movement capabilities, open-source architecture, and competitive pricing, it has the potential to accelerate the development of embodied AI robotics and research. And as a part of Engine AI's growing lineup of robots, the PMO1 demonstrates the company's commitment to innovation in this rapidly evolving field and could play an important role in bringing capable humanoid robots to a broader audience of researchers, educators, and commercial users. Now, the Walker S1 is

an advanced industrial humanoid robot developed by UB Techch Robotics designed to operate in complex manufacturing and logistics environment. It stands at 1. 7 m tall or 172 cm tall and weighs 76 kg and can carry loads of up to 15 kg while maintaining balance and stability. The robot is designed closely to resemble human movement and dexterity, enabling it to perform a wide range of tasks that traditionally require human labor. Let's get into some of the key features. One of them being the advanced AI and task planning. The Walker S1 integrates a large language model for general task planning, allowing it to understand

intent, plan, and execute complex tasks autonomously across various industrial scenarios. It also uses a sophisticated navigation system that combines semantic perception with traditional visual simultaneous localization and mapping, VSLAM, giving it spatial awareness and adaptability to dynamic unstructured environments. Now, the robot features end-to-end learning based motion control, enabling dextrous manipulation, stable bipedal walking, and adaptive movement even under high load or uneven terrain conditions. The Walker S1 is also built for roundthe-clock operation with militarygrade structural stability, advanced joint calling for extended use, and multimodal sensing for robust performance in challenging industrial settings. Now, the Walker S1 is already deployed in major automotive and electronics factories including Audi, BYD, Zika, Gile, and Foxcon. And its roles include quality inspections such as checking for leaks and air conditioning systems, carrying out sorting parcels of various sizes, component assembly and screw tightening, working alongside autonomous logistics vehicles on automated guided vehicles. And these deployments have demonstrated significant improvements in efficiency, safety, and cost reduction. For example, at BYD's Shenzen plant, sorting efficiency increased 120% and at other facilities, there were also improvements. So, to conclude, the Walker S1 represents a major step forward in industrial automation, bridging the gap between traditional robotic arms and full human replacement on factory floors. It's designed to address the labor shortages, improve worker safety by taking over hazardous or repetitive tasks, and increase operational efficiency in modern manufacturing environments. Now, next

what we have here is the Magic Bot. So, Magic Lab is a rapidly emerging robotic startup that was founded in December 2023 and of course is based in China. Now, it's actually gained international attention for its advanced humanoid robot known as the Magic Bot. And it's pretty incredible. The Magic Bot features 42 degrees of freedom, enabling highly humanlike movement and dexterity. Its hand its hands are equipped with six miniature high torque servo actuators and multi-dimensional pressure sensors, allowing submission and the ability to manipulate a wide variety of objects, including fragile, slippery, or deformable items. The hands can replicate around 70% of human hand gestures, supporting tasks from delicate pinching to strong gripping. Now each arm can lift up to 44 lb which is 20 kg providing a combined lifting capacity of 88 lb which is around 40 kg. Now the robot is built from lightweight but durable materials enabling it to operate for up to 5 hours on a single charge. The Magic B is capable of walking and running including indoors and performing acrobatic maneuvers. Now it's actually pretty incredible. The robot has been advancing pretty decently since it's been unveiled in 2023, but the design is what is most surprising. What you guys can currently see on screen is a team of magic bots collaborating to perform work at a factory. It's really designed for industrial environments, performing tasks such as material handling, inspection, barcode scanning, sorting, warehouse coordination, and precision assembly. And it's already been deployed in Chinese factories where multiple units work collaboratively passing materials between each other with millimeter level precision. And this teamwork and adaptability are seen as a leap forward in industrial automation. Now, it's not also just limited to industrial tasks. It's demonstrated the ability to perform everyday activities such as folding clothes, watering plants, dancing, and even performing magic tricks. And these demonstrations highlight its fine motor skills in interactions with people and objects. So, in summary, the Magic Lab humanoid robot, called the Magic Bot, is a full-size, highly dextrous, and collaborative humanoid designed for both industrial and service application. It stands out for its human-like hand dexterity, strength, and endurance, and its ability to work in teams, making a significant step forward in practical humanoid robotics. Next, let's take a

look at the Xpang Iron, the AI powered humanoid robot, redefining industrial and service robotics. The Xpang Iron represents a significant leap in humanoid robotics. Combining advanced AI, exceptional mobility, and human-like dexterity to bridge the gap between industrial automation and service applications. Developed by Xpang Robotics, a subsidiary of the Chinese electric vehicle manufacturer Xpang Motors. Iron stands 1. 73 m tall, which is 5'8, and weighs around 70 kg or 154 lbs, mirroring human proportions for seamless integration into workplaces and homes. With 60 joints and 200° of freedom, Iron achieves fluid natural movements that surpass the rigidity of traditional industrial robots enabled by end-to-end neural networks and reinforcement learning algorithms. Now when we actually take a look at the technical specifications, Iron has 60 high precision joints with a peak torque density of 130 Newton meters per kilogram, enabling dynamic stability during complex tasks like walking on uneven surfaces or lifting 15 kg loads. Now there are also 22 degrees of freedom for each hand, allowing sub millimeter precision for delicate operations such as component assembly and package sorting. The hands replicate 70% of human hand gestures through six miniature servo actuators and multi-dimensional pressure sensors. They also have incredible vision systems. A 720°ree eagle-eye vision system combining 360° horizontal and vertical coverage capable of detecting objects as small as a paperclip from 5 m. And this system

integrates RGBD cameras, LAR, and ultrasonic sensors adapted from Xpang's autonomous vehicle technology. At its core lies Xpang's proprietary Turing AI chip, delivering 3,000 trillion operations per second to process AI models with 30 billion parameters. This actually enables realtime environmental adaptation through Xpang's world foundation model which uses 30 times more parameters than conventional vision large language models for dynamic scenario handling. You've also got natural language interactions via the Chiangi AIS system adapted from Xpang smart cockpit technology supporting logical conversations and task reasonings. Now, crazily, since November 2024, Iron has actually been operational in Xpang's automotive factories, where it assembles components for the P7 electric sedan and the X9 SUV, reducing production time by 12% through precise screw tightening and part alignment. It also collaborates with autonomous guided vehicles to transport materials between workstations, demonstrating multi-robo coordination via Xpang's brainet communication protocol. What is the Pudu

D9? Is the first full-size bipedal humanoid robot from Pudu Robotics. This is a company renowned for its service robots in hospitality, retail, healthcare, and logistics. Developed by the Pudu X9 Lab, the D9 marks a significant step forward for the company. Building on previous innovations like the Pudu D7 and the Dexter's hand, the Pudu DH11. Specifications are as follows. Its height is 170 cm. It weighs 65 kg or 143 lb. It has 42 degrees of freedom across its joints and has 352 new m of torque. And its arms, it has two 7° of freedom arms, each with a payload capacity exceeding 20 kg or 44 lb. And each hand is equipped with the Pudu D11 dextrous hand for precise manipulation. It does walk upright at speeds of up to 2 m/s, which is around 4. 4 4 mph, which is faster than the average human stroll. It's able to navigate stairs, slopes, and uneven terrain, and maintains balance even when jostled or encountering obstacles. It also uses advanced algorithms for lightweight to low-noise gate control, making it suitable for human environments. It also utilizes high accuracy sensors and a visual semantic navigation system. It also creates real-time 3D semantic maps of its surrounding for autonomous route planning and precise self-positioning. Here's an honorable mention. It isn't

exactly a humanoid robot, but it's a different form factor. This is the Pudu Flashbot Arm. Now, this is an advanced semihumanoid robot that is developed by Pudu Robotics, designed to specifically tackle complex commercial environments such as hotels, offices, restaurants, and retail spaces and healthcare facilities. It represents a significant leap from traditional delivery robots by integrating humanoid manipulation capabilities with intelligent autonomous delivery powered by cuttingedge embodied AI. Now, when we take a look at the statistics, they have seven degrees of freedom robotic arms. And the Flashbot arm is equipped with a hand that can pretty much grab anything. And now, it actually has a wheel chassis designed for exceptional mobility. The robot can traverse complex indoor environments efficiently, including navigating narrow corridors and other environments. It also integrates high precision sensors, cameras, lidar, panoramic cameras, pressure sensitive skin for dynamic environmental awareness, and immediate responses to obstacles, ensuring safety in human robot interactions. It also has a large language model integration, enabling the robot to understand and process user requests, plan and execute tasks autonomously, and coordinate with other robots for collaborative workflows. Now, it's really interesting to see the form factor of these robots as they are pretty different to what we are used to with humanoids. And it's quite likely that many other companies in the service industry may take this approach.