- Hangzhou was the venue for the first humanoid robot boxing championship, organized by CMG and Unitree Robotics.
- Unitree's G1 robots demonstrated advanced capabilities thanks to control algorithms and bionic structures.
- Human-controlled fights, judged by real judges, with rules and scoring similar to traditional boxing.
- The event marks a breakthrough in AI and robotics and anticipates new applications in industry and everyday life.
The world of robotics and artificial intelligence witnessed an unprecedented event last weekend, when China held the CMG World Robot Contest, the first official boxing tournament between humanoid robots. in Hangzhou, in the eastern region of the country. The initiative, driven by China Media Group (CMG) and technology company Unitree Robotics, attracted hundreds of spectators and was broadcast internationally, attracting the attention of technology, engineering, and sports enthusiasts.
This tournament marked a milestone in combine entertainment and technological advances at an event that seemed like something out of a science fiction movie. The participating robots, G1 models developed by Unitree, offered wrestling shows guided by human operators, in individual and team fights, similar in structure and rules to professional boxing.
The protagonists: G1 humanoid robots and foolproof technology
The real protagonists of the event were the G1 robots from Unitree RoboticsThese machines, 1,32 metres high and weighing around 35 kilos, have been equipped with advanced sensors such as LiDAR and depth cameras that allow them to maintain balance, execute punches, hooks and even roundhouse kicks, and even getting up from the ground after falling. This repertoire of movements is the result of a team of engineers who have perfected control algorithms and bionic structures to respond to the physical demands of combat.
The design includes powerful joints capable of exerting significant forces, crucial to the stability and rapid recoveryTo ensure the smooth flow of the encounters, each robot was controlled by handheld controllers by an operator, allowing for real-time responses to challenges and maintaining combat safety.
During the days before the tournament, the robots performed presentations at educational institutions, surprising the younger audience with the naturalness and precision of their movements. Several spectators expressed their amazement at the androids' ability to execute complex techniques and adapt to unexpected situations during the fight.
Structure of the CMG World Robot Contest and combat ratings
The first world robotic boxing tournament in Hangzhou followed a professional format, with three rounds of two minutes each, scoring based on effective hits and penalties for knockdowns or inaction. Arm and leg strikes, as well as takedowns and the ability to get up in less than eight seconds, were evaluated by referees and technical assistants.
The fights tested the resistance of the robots, which had to withstand impacts and maintain stability facing pressure from their rivals. The AI Strategist model, for example, emerged as champion after a rapid succession of blows that knocked out Energy Guardian in the final. The machines were able to combine fluid series of punches, side kicks and knee strikes, which surprised even the experts present in the venue and the commentators of the international broadcast.
In addition to the show, the tournament included live technical analysis by robotics researchers, who explained to the audience how Machines process movement data and make decisions in real timeSpecialists highlighted the potential of humanoid robots to be integrated into industrial, healthcare, and even domestic tasks thanks to their learning and adaptation capabilities.
Innovation, future applications and perspectives
The Hangzhou event not only meant a breakthrough in combat robotics, but also opened a debate on the role of artificial intelligence in everyday life. The organizers noted that, in the future, they plan to incorporate greater autonomy into robots, which could independently decide on the best combinations of skills for combat or other tasks.
Currently, Unitree's G1s They operate mainly under human control, but advances in machine learning and neural networks promise to lead to increasingly independent robots. According to the China Institute of Electronics, the humanoid robot sector could achieve significant economic growth in the coming years, especially in industrial and personal assistance markets.
The humanoid robot boxing tournament (CMG World Robot Contest) held in China represents a milestone in global technological innovation. Merge advanced engineering, artificial intelligence and entertainment, and shows the potential of robotics to transform interaction with machines in multiple areas.
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