According to Virtual News, on April 19, the world's first humanoid robot half marathon started in Yizhuang, Beijing. Twenty humanoid robot teams completed the 21.0975 km race schedule. Virtual Moving Point's strategic partner Matsunobe Power sent “Little Urchin” and “Whirlwind Kid” to compete. In the end, with the support of virtual moving point data and services, the Matsunobu Power robot itself always maintained an excellent gait and crossed the finish line in second and third place. Empowered by virtual moving point data and services, the Matsunobu Dynamics N2 robot “Cyclone Kid” continuously optimizes gait algorithms and enhances dynamic control during preparation, achieving stability and flexibility during high-speed running. “Little Urchin” is based on the core concept of “anthropomorphism and running”. It focuses on imitating the flexibility and coordination of natural human gait, and can achieve adaptive gait switching and natural posture adjustment in complex environments. In preparation for the world's first humanoid robot half marathon, the virtual moving point always stands behind its partners, providing gait data and service support for “Little Urchin” and “Cyclone Kid” through high-quality data accumulated over a long period of time. During training and testing, the running posture was continuously optimized and improved to provide technical support for Matsunobe Power's stable performance in this competition.

According to Virtual News, on April 19, the world's first humanoid robot half marathon started in Yizhuang, Beijing. Twenty humanoid robot teams completed the 21.0975 km race schedule. Virtual Moving Point's strategic partner Matsunobe Power sent “Little Urchin” and “Whirlwind Kid” to compete. In the end, with the support of virtual moving point data and services, the Matsunobu Power robot itself always maintained an excellent gait and crossed the finish line in second and third place. Empowered by virtual moving point data and services, the Matsunobu Dynamics N2 robot “Cyclone Kid” continuously optimizes gait algorithms and enhances dynamic control during preparation, achieving stability and flexibility during high-speed running. “Little Urchin” is based on the core concept of “anthropomorphism and running”. It focuses on imitating the flexibility and coordination of natural human gait, and can achieve adaptive gait switching and natural posture adjustment in complex environments. In preparation for the world's first humanoid robot half marathon, the virtual moving point always stands behind its partners, providing gait data and service support for “Little Urchin” and “Cyclone Kid” through high-quality data accumulated over a long period of time. During training and testing, the running posture was continuously optimized and improved to provide technical support for Matsunobe Power's stable performance in this competition.