每经记者｜刘曦 每经编辑｜裴健如 日前，九识智能宣布完成新一轮超3亿美元融资，成为RoboVan（L4级自动驾驶物流车）领域首家估值超百亿的独角兽。这一标志性事件，将市场目光再次 聚焦于正处爆发前夜的无人配送行业。 据《每日经济新闻》记者观察，自2025年以来，新石器、九识智能、白犀牛等头部企业相继完成多轮融资，累计金额近百亿元。与此同时，无人配送车成本 持续下探，交付量突破万辆大关。但在行业高歌猛进的背后，技术、标准、生态等层面的挑战也日益凸显。 百亿融资背后的"加速度" 2025年，无人配送行业迎来关键转折，无人车配送企业融资总额已近百亿元，行业正从研发测试阶段稳步迈向规模化商业运营阶段。 在融资端，资本加速向头部企业集中。例如，新石器在2025年完成两轮融资，累计金额超50亿元人民币，其中10月完成的6亿美元D轮融资由阿联酋磊石资 本、高成投资及中国移动等多家机构联合投资；白犀牛于2025年年内完成三轮融资，全年累计融资额达数亿美元，投资方包括顺丰、九坤创投、启赋资本 等；九识智能同样完成两轮融资，累计达4亿美元，获得蚂蚁集团、美团等产业资本持续加码。 | | | | 2025年L4无人物流配送行业融资 ...

近日，新石器无人车(Neolix)宣布，其L4级无人车自动驾驶累计行驶里程突破1亿公里，成为全球无人配送行业首个达成亿公里运营里程的企业，这一里程碑 标志着无人配送的规模化、商业化、常态化运营迈入新阶段。 作为全球最大规模的L4级无人城配（RoboVan）解决方案提供商，新石器无人车已构建起覆盖15个国家、超300座城市的全球化运营网络，足迹遍及中国、 阿联酋、沙特、日本、韩国、澳大利亚、葡萄牙等市场，在多元气候、复杂路况、多样场景中完成深度验证，以 "中国智造" 硬核实力，引领无人配送技术 的全球化普及与落地。 新石器无人车创始人兼CEO余恩源表示："数据是自动驾驶的核心壁垒，自动驾驶能力必须通过真实运营环境持续打磨。一亿公里的里程碑，意味着我们的 产品技术和运营体系，已经在真实环境中完成了长期、大规模运行的验证。" 据悉，新石器无人车于2025年率先推出行业领先的L4级无图自动驾驶方案，大幅降低对高精地图的依赖，节省相关成本的同时，实现"小时级部署"的跨区域 落地能力。依托"视觉-动作"基础大模型"Neolix-VA"，在仅1颗激光雷达+12颗摄像头的极简传感器配置下，实现复杂场景中的空间理解与行为决策能 ...

Core Viewpoint - The introduction of five "Little Bee" smart delivery robots at Nanjing Lukou International Airport marks a significant advancement in airport services, allowing passengers to order food directly to their boarding gates, enhancing convenience during the busy Spring Festival travel period [3][4][6]. Group 1: Implementation of Smart Delivery Robots - Five smart delivery robots, named "Little Bee," have been deployed at Nanjing Lukou International Airport's T1 terminal, providing food delivery services to passengers [3][4]. - This initiative represents the first implementation of Meituan's unmanned delivery service in an airport setting in East China [3][4]. - The robots are designed to navigate through crowds and deliver food from popular vendors like KFC and Starbucks directly to passengers at the boarding gates [3][4][6]. Group 2: Operational Efficiency and Passenger Experience - During the Spring Festival, the airport expects to handle approximately 3.8 million passengers, averaging over 95,000 daily [4]. - Passengers often face challenges in finding food options without straying far from their boarding gates; the robot service alleviates this issue by allowing them to order food without leaving their seats [4][7]. - The "Little Bee" robots can save passengers an average of 20 minutes in food retrieval time, effectively addressing the "last mile" delivery challenge in airport dining [6][7].

Core Insights - The introduction of Meituan's "Little Yellow Bee" smart delivery robots at Nanjing Lukou International Airport marks a significant advancement in the construction of "smart airports" in the East China region, enhancing end-service capabilities [1][4] Group 1: Implementation of Smart Delivery Robots - Five "Little Yellow Bee" robots have been deployed at the T1 terminal of Nanjing Lukou International Airport to provide instant delivery services for food from brands like KFC and Starbucks [1][2] - Passengers can place orders via the Meituan app, allowing the robots to autonomously navigate and deliver food to designated boarding gates, significantly improving the dining experience at the airport [2][4] Group 2: Benefits for Passengers - The introduction of these robots addresses common passenger issues during peak travel times, such as the inconvenience of purchasing food far from boarding gates [2][4] - On average, passengers can save nearly 20 minutes in food retrieval time, transforming the process from "people finding food" to "food finding people" [4] Group 3: Technological Validation - The deployment of the robots in a complex environment like an airport demonstrates the maturity and safety of Meituan's delivery technology, as it successfully navigates high foot traffic and dynamic conditions [4] - The successful operation of these robots at Nanjing Airport follows their implementation in two airports in South China, marking another milestone in Meituan's expansion [4] Group 4: Future Developments - Nanjing Airport plans to deepen its collaboration with Meituan to expand the range of merchants and service scenarios, aiming to enhance passenger travel experiences through technological empowerment [7]

Core Viewpoint - The introduction of Meituan's "Little Bumblebee" robots at Nanjing Lukou International Airport marks a significant advancement in smart airport services, enhancing passenger convenience during the busy Spring Festival travel period [1][2][10]. Group 1: Introduction of Smart Delivery Robots - Nanjing Airport has officially launched smart delivery robot services, making it the first airport in the region to implement such technology [2]. - The "Little Bumblebee" robots are designed for both indoor and outdoor use, integrating indoor positioning with instant delivery systems [4]. - This initiative represents a breakthrough in the construction of "smart airports," particularly in the last-mile delivery service [2][10]. Group 2: Passenger Experience Enhancement - Passengers can now order food from vendors like KFC and Starbucks directly to their boarding gates using their mobile devices, significantly reducing the time spent retrieving meals [2][4]. - The average time saved for passengers using the robot service is nearly 20 minutes, transforming the process from "finding food" to "food finding people" [4]. - The service is particularly beneficial for travelers with children, large luggage, or those in a hurry, making the travel experience more comfortable and less stressful [11]. Group 3: Technological Integration and AI Collaboration - The service features collaboration between Meituan's AI assistant "Xiao Mei" and the delivery robots, allowing passengers to place orders verbally while en route to the airport [8]. - This integration provides a seamless experience where the AI can accurately predict delivery times and manage orders, enhancing the overall convenience for travelers [8]. Group 4: Safety and Operational Challenges - Operating in an airport environment poses unique challenges due to high security, large crowds, and strict operational standards, which the robots must navigate effectively [9][10]. - The successful deployment of the "Little Bumblebee" robots at Nanjing Airport follows previous implementations in two airports in Southern China, indicating a milestone in the maturity and safety of unmanned delivery technology [10]. Group 5: Future Prospects and Innovations - Nanjing Airport plans to deepen its collaboration with Meituan, aiming to introduce more vendors and explore diverse service scenarios to further enhance passenger experiences [11]. - The initiative reflects a commitment to leveraging technology to create a more personalized and caring travel environment for passengers during the Spring Festival [11].

Core Viewpoint - SF Express and SF City have launched a new end-to-end delivery service using building robots, starting operations at the Nanchang Twin Towers on February 5, focusing on solving last-mile delivery challenges in high-rise buildings [1] Group 1: Service Implementation - The service integrates delivery robots within the SF Express service center at the Twin Towers, aiming to create a one-stop living service hub that combines "intelligent delivery" and "specialized economy" [2] - The robot delivery system allows for seamless collaboration between delivery personnel and robots, enhancing delivery efficiency and user experience by autonomously completing the last 100 meters of delivery [2][3] - The service supports not only SF Express but also other courier and food delivery platforms, reducing wait times and improving operational efficiency by allowing robots to utilize elevators during off-peak hours [3] Group 2: Broader Logistics Strategy - SF City is expanding its unmanned delivery capabilities, developing a smart delivery ecosystem that includes unmanned vehicles, drones, and delivery robots for various scenarios, including medical emergencies and food delivery [4] - The collaboration between SF City and SF Express enhances last-mile delivery efficiency through shared resources and complementary services, improving the overall logistics experience [4] - The successful implementation of this robot delivery model in Nanchang serves as a reference for similar high-density spaces, with plans for expansion to more urban business districts in the future [5]

Core Viewpoint - SF Express City has launched a new end-delivery service using building robots in collaboration with SF Express, aimed at improving delivery efficiency in high-rise buildings while enhancing customer service experience [2][5]. Group 1: Service Launch and Features - The new service was first implemented in the iconic Nanchang Twin Towers, focusing on solving end-delivery challenges in high-rise buildings through a "delivery personnel + robot" collaborative model [2]. - The service integrates delivery robots within the SF Express service center in the Twin Towers, creating a one-stop living service hub that combines "intelligent delivery and specialty economy" [2]. - The robots autonomously handle the "last 100 meters" of delivery after riders drop off packages at designated stations, streamlining the delivery process [2][3]. Group 2: Efficiency and User Experience - The introduction of robot delivery services significantly enhances delivery efficiency in diverse scenarios, supporting not only SF Express but also other courier and food delivery platforms [3]. - The service eliminates the need for users to go downstairs to collect packages, reduces waiting times for elevators, and minimizes the hassle of cross-floor deliveries [3]. - Building management benefits from reduced foot traffic of delivery personnel, leading to lower management costs, while users enjoy a "contactless delivery" experience [3]. Group 3: Broader Strategic Initiatives - SF Express City is advancing the commercialization of unmanned delivery technologies, establishing a smart delivery ecosystem that includes unmanned vehicles, drones, and delivery robots across various service scenarios [4]. - The company collaborates with medical institutions for integrated blood transport and partners with local governments and restaurants to create comprehensive unmanned delivery solutions [4]. - By leveraging its high-frequency instant delivery network, SF Express City enhances the last-mile delivery capabilities of SF Express, improving service timeliness and flexibility [4].

Core Insights - SF Express and SF City have launched a new end-to-end delivery service using building robots, starting operations on February 5 in Nanchang's iconic Twin Towers, addressing challenges in high-rise building deliveries through a "delivery personnel + robot" collaborative model [1][3] Group 1: Service Implementation - The service integrates delivery robots within the SF Express service center at the Twin Towers, aiming to create a one-stop living service hub that combines "intelligent delivery and specialty economy" [3] - The robot delivery service enhances efficiency by autonomously completing the "last 100 meters" of delivery after riders drop off packages at designated stations [3][5] - The system allows riders to select robot delivery via the SF City Knight APP, enabling seamless order synchronization and intelligent delivery operations [3][5] Group 2: Efficiency and User Experience - The introduction of robot delivery significantly improves efficiency in diverse scenarios, alleviating issues such as long elevator wait times and the need for users to retrieve packages themselves [5] - The service reduces the frequency of external personnel entering buildings, lowering management costs for property owners, and offers a "contactless delivery" experience for users [5][8] Group 3: Broader Logistics Strategy - SF City is expanding its unmanned delivery technology, building a smart delivery ecosystem that includes unmanned vehicles, drones, and delivery robots for various scenarios, including medical emergencies and food delivery [7] - The collaboration between SF City and SF Express enhances last-mile delivery efficiency, leveraging high-frequency instant delivery networks to meet increasing demand [7][9] - The robot delivery model at the Twin Towers serves as an innovative practice that effectively coordinates property management, corporate service needs, and delivery efficiency, providing a reference solution for similar high-density spaces [8][9] Group 4: Future Prospects - The robot delivery model is expected to expand to more urban business districts, enhancing user convenience and contributing to the development of smart logistics systems in cities [9]

Core Insights - The L4 autonomous logistics sector is experiencing rapid growth, with 2026 expected to be a pivotal year for commercialization and widespread adoption [1][20] - Major players in the domestic autonomous logistics market have secured significant funding, indicating strong investor interest and confidence in the sector's potential [7][8] Industry Overview - The L4 autonomous logistics market is projected to reach a scale of 100,000 vehicles by 2026, with a long-term forecast of 750,000 vehicles by 2030 [10] - The market is currently dominated by over 13 key players, including New Stone, White Rhino, Youjia Innovation, and Jiushi Intelligent, with New Stone leading in delivery volume [2][4] Funding and Investment - In 2025, the autonomous driving sector in China saw total financing exceed 58.2 billion yuan, with the logistics segment attracting approximately 5.8 billion yuan, accounting for about 10% of the total [7][8] - Notable funding rounds include New Stone raising over 600 million USD (approximately 4.2 billion yuan) and White Rhino securing over 100 million USD [8] Market Dynamics - The industry is witnessing a shift towards lower hardware costs due to advancements in technology and increased competition, which may lead to lower vehicle prices [14][16] - Despite the growth, concerns about profitability persist, as many players face challenges in achieving sustainable cash flow amidst rising competition [14][16] Regulatory Environment - The regulatory landscape for autonomous logistics vehicles is still evolving, with local standards varying significantly, which complicates market entry and operational consistency [16][17] - Government support for smart logistics and AI is crucial for the sector's growth, providing a favorable environment for L4 autonomous delivery vehicles [10][11] Conclusion - The L4 autonomous logistics sector is at a critical juncture, with the potential for large-scale deployment and commercialization, but it must navigate challenges related to profitability, regulatory compliance, and market demand [19][20]

Core Insights - The "2026 Hunan Unmanned Delivery Vehicle Scenario Application and Ecological Construction Conference" was held in Changsha, focusing on the innovative applications and operational optimization of unmanned delivery vehicles in the smart logistics sector [1] - The conference facilitated significant strategic partnerships, resulting in the signing of 900 orders for the Xiaozhu unmanned vehicle, marking a milestone in its market expansion across Hunan and into Shandong and Shanxi [1][4] Group 1: Industry Development - The Hunan Provincial Postal Administration emphasized the role of unmanned vehicles as a new force in express delivery services, driven by policies that promote integration with low-altitude economies [3] - Key directions for future industry development include advancing technology iteration, enhancing scenario construction, deepening institutional innovation, and accelerating ecological cultivation [3] Group 2: Technological Advancements - The company showcased its iGear data factory, which enables continuous capability evolution of the Xiaozhu unmanned vehicle through data-driven algorithm iterations, achieving centimeter-level perception accuracy [3] - The Xiaozhu unmanned vehicle has already been deployed in cities like Shenzhen and Changsha, with over 1,000 orders received, indicating a mature operational model [4] Group 3: Market Potential and Collaboration - The conference featured discussions on the need for a three-tiered standard system to address the current lack of standards in the unmanned delivery industry, which is crucial for its development [5] - The operational efficiency of unmanned vehicles was highlighted, with a single Xiaozhu vehicle capable of handling up to 2,500 deliveries per day at a cost of 0.04 yuan per delivery, significantly lower than traditional methods [5] Group 4: Future Outlook - The northern market, particularly Shandong, shows significant potential, with 5,000 unmanned vehicles already deployed and a target of 15,000 by 2026 [6] - The successful hosting of the conference reflects a strong collaborative effort among government, industry, academia, and research sectors, aiming to drive high-quality development in the unmanned delivery industry [6][7]