参赛选手 赵文瑾：整个赛况相对比较胶着，我们和对手实力相当，难分上下。我们主要去做多个机器人之间的配合。前几年，需要一个人在后面跟着，去 保证机器人的安全。但现在可以看到，所有机器人已经是完全自主进行比赛了。 据了解，足球3V3预选赛采取的是单循环积分制，现场分为A、B、C三个场地同时开赛。参赛队伍共26支，由高校、企业足球赛队及海外足球赛队等组成。 据介绍，本次预选赛持续2天，8月15日决赛。 全球首个人形机器人运动会将于8月14日晚在北京开幕。8月11日，主体赛事竞技赛中的足球3V3预选赛，率先开赛。 足球3V3预选赛正式开赛 机器人自主较量 0:00 伴随一声哨响，足球3V3预选赛正式开始。来自两个队伍的6个机器人展开较量。只见机器人"队友"有条不紊地开始传球和踢球，进攻、防守。 赛前训练营助力高校机器人队伍全力备赛 在2025世界人形机器人运动会的参赛队伍中，全国各地不少高校学生都组成战队报名。赛事临近，考虑到有的学生机器人战队技术还不成熟，硬件相对缺 乏，为了帮助他们顺利备赛，一家机器人研发企业为部分高校师生进行了软硬件支持，并面向高校队伍举办赛前暑期训练营，进行辅导培训。 0:00 训练营上，来自 ...

Group 1 - The RoBoLeague robot football league is set to hold its finals on June 28 in Beijing, marking the first domestic 3V3 AI robot football competition and a test event for the 2025 World Humanoid Robot Games [1][2] - The event showcases advancements in humanoid robot technology, with all participating robots operating autonomously using AI strategies, eliminating the need for human intervention [1] - The competition features an optimized penalty mechanism to reduce interruptions and enhance the flow and intensity of the matches, highlighting technological achievements in motion control, visual perception, navigation, decision-making, and multi-robot collaboration [1] Group 2 - The event is seen as a "testing ground" for technological breakthroughs in areas such as bipedal dynamic balance and multi-robot collaborative decision-making, providing essential technical validation for the football project of the humanoid robot games [2] - The competition attracts top teams, including Tsinghua University's Huoshen Team and Beijing Information Science and Technology University's Blaze Team, fostering innovation through collaboration [2] - The outcomes of the event are expected to drive the practical application and development of humanoid robot technology in real-world scenarios, with plans to create a series of robot event IPs, including a robot half-marathon [2]

Group 1 - The CMG World Robot Competition, featuring humanoid robots, will take place on May 25 in Hangzhou, Zhejiang, marking the first fighting competition of its kind globally [1] - Key performance indicators for the robots include durability and stability, which are tested through endurance trials in various environments, including schools [1][4] - The endurance test requires each robot to run for 40 minutes, assessing their joint motor heat dissipation and motion stability, while operators monitor temperature and power levels [1][2] Group 2 - Robots require advanced algorithms and control systems to maintain movement, and variations in ground friction can affect their performance [2] - The robots are also undergoing combat technique tests, showcasing the optimization of motion control algorithms for smoother operation [4] - The competition will feature three control methods for the robots, including a simple handheld controller, with additional modes to be revealed during the final event [8]