下一步，医院将结合首飞经验，进一步优化无人机运输的航线布局、调度机制与安全规范，积极探索其在常态化院区间、城市医疗集团间物资转运的应用 潜力，构建完整的低空医疗运输体系，建设高效、绿色的医疗物流生态，为更广泛的区域提供高效的医疗保障支持，为济宁市的低空经济发展贡献"样板 力量"。 (济宁市第一人民医院) 无人机运输技术的引入是医院践行"以患者为中心"服务理念、推进智慧医疗建设的重要举措，借助无人机运输技术，有效克服地面交通制约，尤其在检验 标本、急救药品、医用耗材传递等场景中，有望为患者争取宝贵的救治时间，为医院应急医疗服务保障的高效运转注入新动能。 12月4日，济宁市第一人民医院成功实现无人机跨院区医疗物资运输首飞。一架搭载紧急医疗物资的无人机在东院区平稳升空、按照既定航线，历时15分 钟，平稳落地西院区。首飞仪式圆满成功，标志着济宁市第一人民医院医疗物资运输正式迈入"低空时代"。医院党委委员、副院长韩捷出席仪式，相关科 室负责人共同见证了这一医疗服务创新的重要时刻。 ...

黄埔海关相关负责人表示，该平台相当于在无人机飞行路线上，铺设了一张看不见的"电子警戒 线"，无人机一旦偏离预定路线，就会触发警报，从而实现对保税货物的精准监管。 29日，一架装载着保税货物的无人机，从广州黄埔综合保税区(下称"黄埔综保区")外的一家加工贸 易企业起飞，降落至黄埔综保区内无人机查验专属起降台，自动与海关完成验放数据交互后，飞离黄埔 综保区，顺利抵达13公里外的企业物流园，标志着全国首个综合保税区低空运输智能通关模式正式启 动。 据介绍，本次低空运输是在黄埔海关低空物流管控平台的全程定位监控下进行的，全程耗时仅约30 分钟。该平台目前可对备案无人机从飞起到降落的全程进行精准定位，自动采集无人机通关数据，并与 综保区管理、保税监管等系统数据对接，实现自动验放无人机进出区、自动对碰风险布控信息，同时具 备物流轨迹监控、风险预警提示、业务数据统计等功能。 低空运输智能通关模式启动后，企业可以选择将价值高、体积小、时效要求高的保税货物通过无人 机运输进出黄埔综保区。相较于传统货车运输，无人机运输货物进出黄埔综保区，预计平均可为企业节 省物流时间50%，压缩运输成本10%。 负责本次无人机运输工作的广州开发 ...

Core Insights - The first comprehensive bonded zone low-altitude transportation intelligent customs clearance model in China has officially launched in Huangpu District, Guangzhou, enhancing the efficiency of bonded goods logistics and facilitating access to both domestic and international markets [1][5]. Group 1: Low-altitude Logistics Management - The low-altitude logistics management platform acts as an invisible "electronic security line" along the drone's flight path, triggering alarms if the drone deviates from its route, thus ensuring precise supervision [3]. - The platform has been designed to align with cross-border e-commerce and the unique characteristics of the comprehensive bonded zone, creating a tailored list of goods suitable for low-altitude transport [3]. Group 2: Efficiency and Cost Savings - Drone transportation is not only faster but also more cost-effective. The average logistics time for bonded goods transported by drone is expected to be reduced by 50%, while transportation costs may decrease by 10% compared to traditional truck transport [5]. - The entire process from factory to the bonded zone and then to the destination takes approximately 30 minutes, showcasing significant time efficiency [1][5]. Group 3: Market Potential and Future Development - The market for bonded goods drone transportation is vast in the Pearl River Delta region, where the processing trade industry is well-established, with a variety of goods available for transport [7]. - The company anticipates that the value of goods transported by drone in and out of the bonded zone could reach 150 million yuan (approximately 21.4 million USD) for the year, with plans to expand into larger markets based on business development trends [9].

Group 1 - The first comprehensive bonded zone low-altitude transportation intelligent customs clearance model in China was officially launched in Huangpu District, Guangzhou, enhancing the efficiency of customs supervision for drone transportation of bonded goods [1][6] - Under the full-position monitoring of the Huangpu Customs low-altitude logistics control platform, a drone carrying bonded goods completed a 13-kilometer flight in approximately 30 minutes, showcasing the efficiency of the new model [6] - The low-altitude logistics control platform acts as an "invisible electronic fence," triggering alarms if the drone deviates from its planned route, ensuring precise supervision of bonded goods [9] Group 2 - Drone transportation is not only faster but also more cost-effective, with an estimated 50% reduction in logistics time and a 10% decrease in transportation costs compared to traditional truck transport [12] - The Pearl River Delta region has a vast market for bonded goods drone transportation due to its early development and large scale of processing trade, allowing companies to transport high-value, small-sized, and time-sensitive goods efficiently [14] - Companies are expected to continue improving drone transportation facilities and ensure rapid delivery of goods, with an anticipated annual value of drone transportation reaching 150 million yuan [16]