宇树如何用一场格斗赛，重新定义人形机器人新坐标？

Core Viewpoint - The CMG World Robot Competition Series showcases advancements in humanoid robot technology, particularly in combat sports, highlighting China's innovative capabilities in the robotics field [1][22]. Event Overview - The event took place on May 25 in Hangzhou, Zhejiang, and was co-hosted by various media organizations, with live broadcasts on multiple platforms [1]. - The competition featured four distinct teams, all using the latest G1 humanoid robots from Yushu Technology, enhancing viewer engagement through color-coded boxing gloves [3][13]. Team Highlights - The "Duanji Craftsman" team, led by Jiao Tianqi, is known for its precise and aggressive attack style [5]. - The "AI Strategist" team, under Lu Xin's leadership, utilizes AI algorithms for a robust defense and tactical foresight [6]. - The "Armored Mulan" team, led by Chen Liangyu, integrates traditional cultural elements into their combat strategies [8]. - The "Energy Guardian" team, directed by Hu Yunqian, employs steady tactics to apply pressure on opponents [9]. Technical Challenges - The competition faced significant technical challenges, including the need for robots to achieve instant explosive power through advanced power systems [14][15]. - Precision and stability of control algorithms are critical, as robots must process vast amounts of sensor data in real-time to execute movements accurately [17]. - The mechanical structure must withstand substantial impact forces, particularly at key joints, necessitating high strength and stability [19]. - Robots require training in balance control to enhance stability and interference resistance in complex combat scenarios [21]. Post-Event Insights - The G1 humanoid robot is not just a combatant but shows potential for cross-industry applications, including industrial assembly and emergency response [22]. - The event indicates a significant step towards the industrialization of humanoid robotics, showcasing the synergy between intelligent algorithms and hardware systems [22].