BEIJING, Aug 23 – China’s humanoid robots are proving increasingly capable of competing in athletic events, but their biggest challenge may not be running faster or lifting heavier weights. It may be completing ordinary tasks that require precision, coordination and the ability to react when conditions do not go exactly as planned.
That question is at the heart of the five-day World Humanoid Robot Games, which opened Saturday in Beijing. The event brings together humanoid machines for competitions modeled on human sports, as well as practical challenges designed to imitate the environments where robots could eventually be deployed.
Organizers have included 51 events in total, with 30 sports competitions and 21 scenario-based contests. According to Huawei, a technology partner of the games, more than 40% of the events require robots to operate fully autonomously.
The contrast between spectacle and practical usefulness is already becoming clear. On the opening day, two humanoid robots recorded 100-meter sprint times faster than Usain Bolt’s long-standing human world record of 9.58 seconds. Yet the machines also exposed a basic weakness when they struggled to stop, crashing into a thick safety mat placed several meters beyond the finish line.
The performances underline how quickly the technology is developing, while also showing why speed alone is not enough to demonstrate that humanoid robots are ready for everyday industrial work.
From Record-Breaking Sprints to Real-World Tasks
The improvement in running performance has been striking. In 2025, the winning robot in the 100-meter competition took more than 20 seconds to complete the distance. This year’s fastest machines cut that time dramatically, highlighting the rapid progress being made in robotic movement and control.
Another humanoid robot, using the same model as the 100-meter winner, completed the 400 meters in 39.7 seconds. That was faster than South African athlete Wayde van Niekerk’s human world record of 43.03 seconds.
But the races also revealed an important engineering problem. A robot that can accelerate quickly still needs to understand how to slow down safely. The difficulties with braking demonstrated that humanoid systems must coordinate their movements with greater precision, particularly when operating around people, equipment and other machines.
Spectator and robotics investor Xu Qiaosheng said the higher intensity of this year’s competition places greater pressure on robots’ battery management and thermal dissipation systems. He described the event as significant for the development of China’s industrial sector.
The games also move well beyond conventional athletics. Robots are competing in tug-of-war and weightlifting, while traditional Chinese activities such as Tai Chi and pitch-pot have been adapted for robotic competitors. In pitch-pot, contestants attempt to throw arrow-like sticks into a narrow-necked vase, creating a test of accuracy and controlled movement.
Those events may attract attention, but the less glamorous challenges could provide a better indication of whether humanoid robots can eventually become useful workers.
A warehouse, factory or charging station rarely offers the perfect conditions found in a controlled demonstration. A cable can be positioned at an unusual angle. A package may shift unexpectedly. An object may be slightly farther away than anticipated. A robot may also make a small movement error that requires it to recover without assistance.
These seemingly minor problems can be difficult for machines because they require several abilities at once. A robot must identify an object, calculate its position, move its body and hands accurately, apply the correct amount of force and then adjust its actions if something goes wrong.
The Real Test Is What Robots Can Do After the Demonstration
Lumos Robotics Chief Executive Yu Chao said the games could help companies improve their hardware while giving the industry an opportunity to demonstrate what the technology can achieve. But he argued that the long-term importance of humanoid robots will depend on their ability to solve practical problems.
“Only when it can work in those end scenarios does it have real value,” Yu said. “Simply running and jumping does not improve efficiency.”
That distinction is becoming increasingly important as Chinese robotics companies compete to move humanoid machines from demonstrations into commercial settings.
Among the practical challenges at the Beijing games are contests involving electric vehicle charging, restaurant operations, emergency incident handling, industrial assembly and material loading. A cable connection challenge is particularly revealing because it requires a robot to combine visual recognition, mechanical alignment and controlled force.
Connecting a cable may appear simple to a person, but for a robot it involves a chain of decisions. The machine needs to identify the connector, determine its orientation, position its hand correctly and apply enough force to establish the connection without damaging the equipment. If the cable or connector is not perfectly aligned, the robot must also recognize the problem and make an adjustment.
That type of task is much closer to the demands of a factory or warehouse than a sprint around a track.
Beijing-based robotics startup Galbot is also staging an autonomous humanoid tennis competition. Robots are expected to take part in singles and doubles matches while tracking the ball, serving and returning shots. Such activities require continuous perception and movement rather than a single programmed sequence.
The ability to respond to changing conditions is one of the central challenges facing humanoid robotics. A machine that performs perfectly when every object is placed in a predetermined position may still struggle in a real workplace where conditions change constantly.
For Hua Rong, chief marketing officer at robotics company Zeroth, the decisive test will come after the demonstrations and competitions are over.
“The competition will be whether, after the product is sold, it can really solve users’ problems,” she said.
That is likely to become one of the most important measures of progress for China’s rapidly expanding humanoid robotics industry. Record-breaking athletic performances can demonstrate improvements in motors, balance, batteries and movement control, but commercial customers ultimately need machines that can perform useful jobs reliably.
The World Humanoid Robot Games therefore offer two very different pictures of the technology. On one side are robots sprinting faster than elite human athletes and competing in sports that once seemed impossible for machines. On the other are robots being asked to perform mundane tasks such as moving materials, handling packages, connecting cables and working in simulated industrial environments.
The second category may ultimately matter more.
Humanoid robots will not prove their value simply by being faster than humans in a race. Their real breakthrough will come when they can enter factories, warehouses, charging stations, restaurants and other workplaces and consistently perform tasks that are difficult, repetitive or physically demanding.
For now, the Beijing games are showing that the technology is moving rapidly. They are also making clear that the hardest problems may not be spectacular at all. The future of humanoid robots could depend less on how quickly they can run and more on whether they can reliably plug in a cable when everything does not go according to plan.