The world's first humanoid robot fighting competition has begun with intense fighting in the Yushu G1 arena

The "CMG World Robot Competition Series" mecha combat arena competition, hosted by China Central Television, kicked off in Hangzhou, Zhejiang. This is the world's first combat competition featuring humanoid robots as the main participants.

The ability to quickly get up within 8 seconds after falling to the ground is a crucial criterion for judging in this combat competition, as well as a stress test for the software and hardware technology of humanoid robots. In today's fighting arena, through the optimization of AI control algorithms, robots can achieve millisecond level action response, real-time mobilization of various joint motors under external impact, stand more steadily, and get up faster.

In the competition, the Yushu G1 humanoid robot operated by different teams engaged in multiple rounds of confrontation and continuously performed side kicks, knee kicks, hook punches, combination punches, and other movements, demonstrating strong stability, balance, and agility, such as the robot being able to quickly climb up after falling to the ground. Finally, a robot named "AI Strategist" won the championship.

According to IT Home, the Unitree G1 humanoid robot is a humanoid robot under Hangzhou Yushu Technology Co., Ltd. It was released on May 13, 2024 and became popular on the Spring Festival Gala on February 12, 2025 due to its performance of dancing yangko. On March 6th, G1 made an appearance on CCTV News Live, smoothly completing high difficulty movements such as the "Bruce Lee style" spinning kick. On April 19, 2025, the world's first humanoid robot half marathon started with a shot, and the Yushu robot quickly stood up after falling to continue the race. On the same day, the world's first humanoid robot half marathon, co hosted by China Central Radio and Television Beijing Station, was completed, and the inter city technology team won the Best Form Innovation Award.

The Unitree G1 is approximately 127 centimeters tall, weighs around 35 kilograms, and has a running speed of over 2 meters per second. It has a wide range of joint movement space, with 23 to 43 joints and a maximum joint torque of 120N. m. It can perform high difficulty dynamic movements such as standing up, sitting down, folding, and dancing sticks. And G1 is also based on deep reinforcement learning and simulation training, constantly upgrading and evolving with the accelerated development of AI.