Kekr | The robot "Lightning" of Honor's Monkey King Team wins the championship, leading the 2026 Yizhuang Humanoid Robot Marathon.
On April 19, the 2026 Beijing Yizhuang Humanoid Robot Half Marathon was successfully held. The robot "Lightning" of the Glory Monkey King Team won the championship of the event with a net time of 50 minutes and 26 seconds. Another participating robot, "Yuanqizai", completed the race synchronously with a graceful running posture, demonstrating Glory's profound technological accumulation and leading strength in the field of humanoid robots.
On-site photos
It is understood that the total length of the race track is 21.0975 kilometers, covering a variety of complex road conditions. It poses extremely high requirements for the robot's motion stability, endurance, and heat dissipation performance, and is a comprehensive test of the technical strength of humanoid robots. Among the two robots participated by Glory, "Lightning" is 169 cm tall and has a trendy and cool mecha-style design; "Yuanqizai" is 136.9 cm tall and has a silver and user-friendly design. The two robots have simple and elegant appearances, fitting the sports attributes of the event.
This participation in the race is an important breakthrough for Glory's humanoid robot technology to move from the laboratory to real-world scenarios, which benefits from the strong support of Glory's full-stack self-developed technology. In terms of heat dissipation, the robot is equipped with Glory's self-developed liquid-cooled heat dissipation system. The liquid-cooled pipes can penetrate deep into the motor like capillaries to take away heat, and the high-power liquid pump can achieve a heat exchange flow of more than 4 liters per minute, effectively solving the heat dissipation problem under high-load motion. In terms of power, the robot uses Glory's self-developed integrated joint module with a peak torque of up to 400 Nm. In terms of control, relying on Glory's full-stack self-developed high-dynamic motion control algorithm and multi-sensor fusion technology, "Lightning" can quickly adapt to the complex road conditions of the track, precisely control the center of gravity, and maintain a stable running state throughout the race.
At the same time, Glory's long-term technical accumulation in the consumer electronics field is also an indispensable part of the robot's breakthrough progress. From heat dissipation technology and materials to lightweight design and hardware reliability, these technologies on mobile terminals provide strong support for the rapid improvement of the robot's comprehensive capabilities.
In the future, Glory will continue to focus on technological innovation in the field of embodied intelligence. Relying on the advantage of full-stack self-development, it will deeply explore three major scenarios: shopping malls, factories, and families. It will continuously optimize the performance of humanoid robots, promote the acceleration of technological achievements towards consumer-grade scenario applications, contribute to the high-quality development of the humanoid robot industry, and inject more new impetus into the innovation and upgrading of the industry.