First World Humanoid Robot Games in China

The world's first World Humanoid Robot Games were held in Beijing on August 15-17, 2025.

More than 500 humanoid robots from 280 teams from 16 countries competed in spectacular sports competitions, artistic demonstrations and tasks that tested their usefulness in everyday life - from dancing and music, to soccer, to cleaning and sorting medicines.
This unique event not only entertained, but also inspired - allowing engineers to experiment, learn from mistakes and explore entirely new possibilities. For all young science enthusiasts, it proves that computer science and robotics are fields full of challenges, creativity and real impact on the future - ready for you to co-create them together!

Between success and spectacle

Although the robots during the competition often stumbled, fell over or had to be rescued by operators, the audience reacted vigorously and with great enthusiasm. Instead of discouragement, the stands were dominated by laughter and joy at watching a show that combined science, technology and fun.

The climactic moment occurred during a soccer match. One of the robots scored a goal, and the goalie... spectacularly fell to the ground. The whole scene caused salvos of laughter among the audience, showing that the competition is not only a competition, but also a real spectacle of emotions.

Despite many funny situations, there were also some impressive achievements. X-Humanoid won as many as 10 medals, including gold in the prestigious 100-meter run and in practical competitions such as material handling tasks. This proved that humanoid robots are not just a curiosity, but a technology with enormous potential.

Photo source

Photo source

How it's possible - the technical behind-the-scenes of humanoids

• Humanoid robots are designed to replicate the human body and movements as closely as possible.
• The motors and actuators act as muscles, allowing the user to walk, run or make precise gestures.
• Advanced sensors (cameras, LIDAR, gyroscopes) are responsible for balance, recognizing the environment and responding to obstacles.
• Artificial intelligence analyzes data in real time, enabling movement planning, object recognition and human communication.
• The design is a bit like a combination of biology and engineering - just as athletes train the body and mind, engineers train robots, teaching them balance, strength and coordination.

It can be compared to a mechanical version of a human simulator - every step, every raise of the hand is the result of thousands of calculations, similar to what our brain does.

Why is China a leader in this area?

China has been investing in robotics, artificial intelligence and automation for years as part of its "Made in China 2025" strategy.

• Huge funding - the government is spending billions of dollars on research and development.
• Collaboration between academia and industry - universities and technology companies (e.g. Unitree, UBTECH) jointly develop prototypes and implement them in real life.
• Scale of production - Chinese labs and factories can produce hundreds of prototypes in a short period of time, speeding up testing and improvements.
• Technological ambitions - China wants to be a leader in areas of the future, and robotics is one of the key elements of this strategy.

The result? Chinese engineers are able to demonstrate events like the World Humanoid Robot Games faster than the rest of the world, demonstrating progress not only in theory, but also in practice.