机器人集体到香港户外极限挑战，狗比人强

Group 1 - The core event of the ATEC2025 offline challenge was to encourage robots to complete tasks autonomously without remote control, showcasing their capabilities in real-world environments [1][8] - The competition featured various challenges including garbage sorting, autonomous watering, orienteering, and bridge crossing, emphasizing the importance of autonomous operation and limiting human intervention [10][16] - The event was organized by the Chinese University of Hong Kong and included participation from several prestigious institutions, with a panel of renowned robotics experts serving as judges [8][9] Group 2 - The competition revealed that quadruped robots (robot dogs) significantly outperformed bipedal robots (humanoid) in all tasks, particularly in outdoor orienteering where bipedal robots struggled due to their high center of gravity and fewer contact points [26][27][29] - Notably, the winning team, Zhejiang University Wongtsai, demonstrated exceptional performance in fully autonomous tasks, earning a prize of $150,000 [25][33] - The event highlighted the challenges faced by robots in outdoor environments, such as variations in lighting and wind, which can disrupt perception and task execution [37][39][42] Group 3 - The competition exposed several shortcomings in current robotic capabilities, particularly in multi-step reasoning and environmental adaptation, as robots often struggled to plan subsequent actions after completing a single task [46][56] - Many teams employed a strategy of decoupling upper body operations from lower body movements, leading to inefficiencies in task execution [50][51] - The event served as a testing ground for the future of robotics, pushing the industry to rethink how robotic capabilities are measured and improved in real-world scenarios [58][61]