这款地铁配送机器人集合了AI调度算法、全景激光雷达、机械底盘等软硬件多项技术。万纬物流独立 研发的智能调度系统作为"大脑"，能根据服务门店的每日订单情况、门店具体位置、配送时间要求，并 结合地铁运力等多重信息，进行智能规划，实现多机器人、多门店情况下的全域最优路径配送；全景激 光雷达好比"眼睛"，对站内地图进行全景建模，让机器人不迷路；底盘机械结构和控制系统则是"骨骼 和运动神经"，让机器人动起来，实现自主乘坐电梯进出站台、自主乘坐地铁列车、自主识别列车到站 等功能。而这些技术会根据测试阶段的效果进行持续优化和迭代。根据测算，如果41台机器人结合地铁 运输路网，即可覆盖7-Eleven在深圳地铁所有门店的旺季配送需求。未来，该机器人的推广应用，有望 提升地铁空闲运力的利用率和商铺门店配送效率，为地铁商户提供更多便利。 事实上，此次联合创新，既是深铁探索科技赋能轨道物流的新实践，也是万科物流业务向科技驱动转型 的重要一步。同时，这也是深铁与万科推进战略融合、业务协同的最新尝试，未来双方可不断发挥资源 禀赋，形成多元场景、多业态复合的城市服务新生态。 01.jpg 但地铁商铺一直存在配送货难题：依靠地面配送，停车 ...

Core Insights - Shenzhen Metro Line 2 has launched a pilot project for "rail transit + robot delivery," marking the world's first instance of robots autonomously using the subway for delivery [1][2] - The initiative aims to address delivery challenges faced by subway merchants, leveraging idle subway capacity for efficient, unmanned logistics [1][2] - The collaboration between Shenzhen Metro Group and Vanke represents a significant step in integrating technology into traditional industries, showcasing Shenzhen's innovation capabilities [2][3] Group 1 - The robot delivery system utilizes AI scheduling algorithms and advanced robotics to autonomously manage the entire delivery process, including boarding the subway and delivering goods [1][2] - The system is designed to optimize delivery routes based on real-time data, including order volume and store locations, enhancing operational efficiency [2] - The technology includes components such as panoramic laser radar for navigation and a mechanical chassis for movement, enabling the robot to operate independently within the subway environment [2] Group 2 - The pilot project is expected to expand to more subway merchants as the technology matures, indicating potential for broader application in urban logistics [3] - Future plans include developing additional logistics models based on subway resources, such as establishing a logistics distribution center in South China through collaboration with KONE Elevators [3]

Core Viewpoint - The article highlights the successful implementation of autonomous delivery robots in Shenzhen's subway system, showcasing a new application of robotics in urban logistics [1][2]. Group 1: Implementation and Technology - The delivery robots utilize AI scheduling algorithms and panoramic laser radar, enabling them to autonomously navigate the subway system and deliver goods to various 7-Eleven stores [2]. - The intelligent scheduling system developed by Vanke's subsidiary, Wanwei Logistics, acts as the "brain" of the robots, optimizing delivery routes based on real-time data from stores and subway capacity [2]. - The robots are designed to autonomously enter and exit subway stations, navigate elevators, and recognize train arrivals, enhancing their operational efficiency [2]. Group 2: Market Impact and Future Prospects - The introduction of these robots addresses logistical challenges faced by subway merchants, potentially increasing delivery efficiency and utilizing idle subway capacity [3]. - With over 100 7-Eleven stores already in Shenzhen's subway stations, the deployment of 41 robots could meet peak delivery demands across all locations [1]. - Continuous optimization and iteration of the technology will follow based on real-world performance, indicating a commitment to improving service efficiency [3].

Core Insights - The first autonomous robot delivery system using subways has been successfully tested in Shenzhen, showcasing a collaboration between Shenzhen Metro Group and Vanke [1][2] - The initiative aims to address delivery challenges faced by subway merchants by utilizing idle subway time and space for efficient, unmanned logistics [2][3] Group 1: Technology and Innovation - The robot delivery system integrates AI scheduling algorithms, panoramic laser radar, and mechanical chassis to optimize delivery routes and ensure autonomous navigation [4] - The system is designed to enhance the efficiency of deliveries to over 100 7-Eleven stores located within Shenzhen's subway stations, potentially improving delivery times and reducing costs [3][4] Group 2: Market Context and Growth - Shenzhen's subway system has seen significant growth, with daily passenger numbers exceeding 10 million, indicating a robust demand for efficient logistics solutions [2] - The city is a leader in robotics, accounting for 20% of China's industrial robot production and 71.3% of the global consumer drone market, highlighting its strong technological foundation [2][3] Group 3: Strategic Collaboration - The partnership between Shenzhen Metro and Vanke represents a strategic move towards integrating technology into traditional logistics, creating a new urban service ecosystem [5][6] - Future collaborations may expand beyond logistics to include areas such as urban development, commercial operations, and infrastructure maintenance, leveraging both companies' resources [5][6]

Core Insights - The rapid development of artificial intelligence and robotics is leading to the emergence of new job roles for robots, such as autonomous delivery robots in subway systems [1][3] - Shenzhen has achieved a record daily subway ridership of 10.47 million passengers, showcasing strong growth in public transport usage [2] - The collaboration between Shenzhen Metro Group and Vanke to implement autonomous delivery robots in subway stations addresses logistical challenges faced by merchants [3][5] Group 1: Industry Developments - The first autonomous delivery robot capable of using the subway system was tested in Shenzhen, marking a significant innovation in urban logistics [1][4] - Shenzhen's industrial robot production accounts for 20% of the national total, with a 71.3% share of the global consumer drone market and 58.6% of global service robot production [2] - The city is home to 1,600 robotics companies, creating a diverse range of applications for robots across various sectors [2] Group 2: Company Collaborations - The partnership between Shenzhen Metro and Vanke aims to enhance service efficiency for subway merchants through technology-driven logistics solutions [3][5] - Vanke's logistics arm, Wanwei Logistics, has developed an intelligent scheduling system that optimizes delivery routes based on real-time data [4] - Future collaborations may expand beyond logistics to include areas such as long-term rental housing and comprehensive urban development [5][6]