全球TOP 13战队翻车实录，机器人极限求生，比科幻片还残酷

Core Insights - The ATEC 2025 competition showcased the challenges faced by robots in real-world environments, emphasizing the need for advancements in autonomous capabilities [18][20][22] - The event aimed to test robots' abilities to adapt to complex, unpredictable scenarios, moving beyond controlled laboratory settings [21][23][25] - The competition highlighted the importance of developing robots that can operate without human intervention, pushing teams to innovate in AI and robotics [29][61] Group 1: Competition Overview - The ATEC 2025 competition featured 13 elite teams from around the world, with the wongtsai team achieving the highest score of 434 points [48][49] - The competition included four main tasks: garbage sorting, autonomous watering, directional off-road navigation, and bridge crossing, each designed to test various robotic capabilities [30][31] - The event was held in a real outdoor environment, presenting challenges such as varying terrain and environmental conditions, which tested the robots' adaptability [25][22] Group 2: Technical Challenges - Teams faced significant technical hurdles, including environmental perception, intelligent decision-making, and hardware limitations [33][61] - The garbage sorting task illustrated the difficulties robots encounter in recognizing and categorizing objects in real-world conditions [40][34] - The bridge crossing task required robots to make autonomous decisions based on dynamic environmental factors, showcasing the need for advanced planning and execution capabilities [44][46] Group 3: Innovations and Strategies - The competition encouraged the development of "no remote control" technologies, rewarding teams that achieved full autonomy [29][26] - Teams employed diverse technical strategies, with some opting for traditional methods while others explored cutting-edge approaches to enhance robotic performance [58][57] - The event served as a platform for teams to refine their algorithms and hardware, addressing the limitations that hinder the practical application of robotics in everyday scenarios [59][60]