" 机器人晚上 10 点才能开始走，早上 6 点前要收工。 " 从苏州金鸡湖到上海外滩，智元旗下的机器人远征 A2 完成了 106.286 公里的行走，也成为了吉尼斯 世界纪录官方认证的 " 人形机器人行走最远距离 " 世界纪录保持者。尽管没有摔一次跤，但机器人进入 真实世界，还是遇到了不小的挑战：走人行道还是走非机动车道？没有补给点设施怎么换电？要不要全 自主？万一碰到了人怎么办？ 2025.11. 21 本文字数：2125，阅读时长大约4分钟 作者 | 第一财经 乔心怡 第一财经记者采访了支持本次远征 A2 百公里行走的幕后团队了解到，本次行走是机器人融入人类真实 生活的一个尝试。出于安全性考虑，机器人本次的行走只能在深夜进行。 王闯透露，半自主是团队考虑到实际情况之后的妥协策略。 " 虽然夜间人会少一点，但实际路况还是比 较复杂，而且汽车有规则，有些地方没有非机动车道，机器人没有规则，我们考虑到安全性，就没有选 择全自主方案。 " 实时变化着的真实世界考验机器人背后庞大工程体系的稳定性、鲁棒性与技术边界。 " 机器人已经走出 实验室，开始交付，但在真实世界的商用部署里会遇到什么问题，不去试就不会知道。 ...

机器人走106公里，换电是个大问题。 根据远征A2的日常续航情况，团队的工作人员透露，A2的电池续航在站立状态下能持续3小时，"行走的话，能够走2 小时"。但在本次行走的实际过程中，为了保障安全，工作人员透露，会根据实际状况调整。"毕竟路上什么人都有， 走到最低电量才换电会有安全隐患。" 真实世界考验机器人背后庞大工程体系的稳定性、鲁棒性与技术边界。 "机器人晚上10点才能开始走，早上6点前要收工。" 从苏州金鸡湖到上海外滩，智元旗下的机器人远征A2完成了106.286公里的行走，也成为了吉尼斯世界纪录官方认证 的"人形机器人行走最远距离"世界纪录保持者。尽管没有摔一次跤，但机器人进入真实世界，还是遇到了不小的挑 战：走人行道还是走非机动车道？没有补给点设施怎么换电？要不要全自主？万一碰到了人怎么办？ 第一财经记者采访了支持本次远征A2百公里行走的幕后团队了解到，本次行走是机器人融入人类真实生活的一个尝 试。出于安全性考虑，机器人本次的行走只能在深夜进行。 实时变化着的真实世界考验机器人背后庞大工程体系的稳定性、鲁棒性与技术边界。"机器人已经走出实验室，开始 交付，但在真实世界的商用部署里会遇到什么问题，不去 ...

Core Viewpoint - The robotics industry is evolving rapidly, with companies like Yushu and Zhongqing showcasing advanced capabilities through combat competitions, reflecting a collective anxiety within the sector as it seeks to capture attention and validate technology [1][2]. Group 1: Industry Trends - The robotics sector is moving from basic functionalities like walking to more complex demonstrations such as dancing and fighting, indicating a shift in focus towards more engaging displays [1][2]. - The emergence of combat competitions is not merely a technical showcase but a strategic move to capture public interest amid a backdrop of technological challenges and unclear business models [2][3]. Group 2: Technical Insights - Yushu's G1 robot demonstrated notable performance in a recent combat event, showcasing its hardware and algorithm stability despite some operational challenges [3][4]. - Combat scenarios serve as a comprehensive test for robots, evaluating their mechanical structure, motion control, sensor integration, and intelligent decision-making capabilities, which are crucial for real-world applications [4]. Group 3: Industry Concerns - There are concerns that the focus on attention-grabbing events like combat competitions may overshadow significant engineering challenges, such as hardware-software integration, power consumption, and long-term stability [4].

Core Viewpoint - The robot fighting competitions are not merely technical showcases but represent a competition for attention within the industry [1][4][5]. Group 1: Industry Trends - The complexity of robotic demonstrations is increasing, moving from walking to running and now to fighting, as companies seek to capture attention [4][5]. - Companies like Yushun and Zhongqing are actively participating in robot fighting events, indicating a shift in focus towards more engaging applications [1][4]. - The industry is experiencing collective anxiety, as evidenced by the proliferation of fighting events, which serve as an extension of technology showcases [4][5]. Group 2: Technical Insights - Yushun's G1 robot demonstrated notable performance in a recent competition, showcasing its hardware and algorithm stability despite some operational challenges [5][6]. - The ability of G1 to maintain balance during high-intensity confrontations relies on AI reinforcement learning and joint perception [6]. - Fighting scenarios can comprehensively test a robot's mechanical structure, motion control, sensor fusion, and intelligent decision-making capabilities, which are crucial for real-world applications [6]. Group 3: Industry Concerns - There are concerns regarding whether these competitions are a natural evolution of technology or merely a marketing gimmick to attract attention [5][6]. - The focus on attention-grabbing events may overshadow significant engineering challenges, such as hardware-software integration, power consumption, and long-term stability [6].