By Jemimah Wellington, JKNewsMedia Reporter
THE WORLD’s first humanoid robot boxing competition delivered a showcase of advanced robotics engineering, offering a powerful testing platform for developers to refine algorithmic control, boost operational performance, and assess potential real-life applications.
Held in Hangzhou, Zhejiang Province, under the China Media Group (CMG) World Robot Competition Series, the Sunday night spectacle brought centre stage the G1 humanoid robots—precision-built by Hangzhou robotics firm Unitree.
These machines, noted for their mobility, demonstrated a new frontier in robot agility by executing sharp jabs, coordinated hooks, and full-body kicks under combat conditions.
Technicians issued voice commands and controlled the G1 robots via remote consoles from ringside, enabling split-second, real-time collaboration between human operators and AI systems.
The battle environment placed stringent demands on robotic stability and reflex—far beyond the endurance focus seen during April’s humanoid half-marathon in Beijing.
Robots were subjected to rigorous pre-competition tests. Engineers validated their shock resistance and heat endurance, ensuring the units could absorb impact and sustain movement over multiple rounds.
“During the fight, the robot has to execute aggressive moves while also facing strong attacks from the opponent robot.
The key challenge is maintaining balance throughout the process,” explained equipment tester Sun Baoyan.
Despite clear physical achievements, developers acknowledge the technology’s current limits. The event served as a laboratory for further refinement.
“There’s still a gap between what the robots can do and what people need,” said Li Gaofeng of Zhejiang University’s College of Control Science and Engineering, noting that future breakthroughs may depend on tactile responsiveness and improved manipulation capabilities.
“The CMG World Robot Competition Series continues, spotlighting innovations in artificial intelligence through athletic simulations such as robot football and basketball.
“Each sport challenges distinct technical aspects, offering fertile ground for advancing human-robot synergy,” Li Gaofeng states further.
