世界人形机器人运动会奖牌花落谁家？！

Core Insights - The 2025 World Humanoid Robot Games marked a significant milestone in humanoid robotics, featuring 280 top teams and over 500 robots competing, showcasing advancements in technology and performance [2] - The event highlighted the transition of robots from basic movements to complex tasks such as running and performing arts, driven by cutting-edge technologies like large models, embodied intelligence, and VLA [2] Group 1: Competition Results - In the athletics category, the champions included Lingying Technology and Utree Technology, with notable performances such as 1500 meters completed in 6 minutes 34 seconds and 400 meters in 1 minute 28 seconds [3] - Other events like the 100 meters saw the Beijing Humanoid Robot Innovation Center winning with a time of 21 seconds 5, while the 4x100 meters relay was won by Utree Technology in 1 minute 48 seconds 78 [3] - The football competitions were dominated by Tsinghua University and China Agricultural University, winning the 5V5 and 3V3 categories respectively [4] Group 2: Performance in Other Events - In field events, the long jump champion was Songyan Power with a jump of 1.468 meters, while the high jump was won by Xingdong Era at 0.95 meters [4] - The gymnastics category saw Songyan Power again excel, achieving a score of 41.60 in free gymnastics [4] Group 3: Special Performances - The performance segment featured a group dance by Hubei Guanggu Dongzhi, scoring 92.54 points, while the individual dance category was won by Utree G1 with a score of 95.40 [5] - Martial arts performances were led by PNDBOTICS with a score of 31.050, showcasing the versatility of humanoid robots in various disciplines [5] Group 4: Application Scenarios - The event also included practical applications in industrial and medical scenarios, with the Galaxy General team winning in the medical scene for drug sorting with a score of 336 points [6] - The competition illustrated the pathway from research and development to real-world applications, emphasizing the rapid advancements in humanoid robotics [6]