天津市低空飞行服务平台

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天津上线低空经济“智慧大脑” 四大优势赋能产业腾飞
Huan Qiu Wang Zi Xun· 2025-06-13 13:22
Core Viewpoint - The launch of the low-altitude flight service platform in Tianjin is expected to significantly enhance the low-altitude economy by providing a comprehensive management ecosystem and strong support for industrial development [1][2] Group 1: Data Services - The platform features the first provincial-level "integrated space" three-dimensional data center in the country, combining high-precision geographic information, urban 3D models, and airspace grid code technology for dynamic visual flight management and decision support [1] - It possesses three core capabilities: high-fidelity airspace scheduling, flight activity data services, and multi-source data integration, offering one-stop services for urban low-altitude airspace and infrastructure planning and regulation [1] Group 2: Standard System - A "three-in-one" standardized operating system is established, which includes five categories of standard specifications related to infrastructure and aircraft operations, creating a tiered management model [1] - The system connects with the national UOM system, Civil Aviation North China Bureau, and military approval systems, forming a comprehensive regulatory framework for the industry [1] Group 3: Scene Empowerment - The platform promotes a dual-scenario development model by integrating regulatory and operational platforms, enhancing both urban management and commercial operations [1] - Services extend to urban management areas such as comprehensive governance and emergency rescue, as well as commercial sectors like logistics and tourism, providing route planning and flight support data services [1] Group 4: Service Capability Architecture - The platform employs a dual service capability structure of "overall controllable + locally flexible," allowing for macro management and rapid response at the district level [2] - The operational entity, Tianjin Low-altitude Economic Investment Development Co., Ltd., plans to officially complete the platform by the end of this year, with the Hexi District serving as a pilot for city-district linkage [2]
打造低空经济“智慧大脑”:天津市低空飞行服务平台上线
Xin Hua She· 2025-06-13 11:01
Core Viewpoint - The Tianjin Low Altitude Flight Service Platform has been launched to regulate low-altitude flight activities, enhance service capabilities, and support the development of the low-altitude economy [1][2]. Group 1: Platform Features - The platform will serve as a key carrier for the regulation and service of flight activities, safety management, and low-altitude industry development in Tianjin [1]. - It will establish a "Heaven and Earth Integrated" three-dimensional data center for low-altitude space, utilizing high-precision geographic information and urban 3D models for dynamic visualization of flight management services [1]. - The three-dimensional data center will enable high-fidelity airspace scheduling and visualization of airspace resources, facilitating management and scheduling [1]. Group 2: Data Integration and Management - The platform aims to provide flight activity data services, including flight activity simulation and route data, to ensure safer and more orderly flight operations [1]. - It will integrate data from various departments to eliminate "data silos" that have existed under multi-headed management, thereby optimizing data resource utilization [1]. - The platform will explore the development of five categories of standards and norms, including infrastructure, aircraft operation, flight services, safety assurance, and scenario applications, to standardize industry management and reduce operational costs [1]. Group 3: Service Scope - The platform will support urban operational scenarios such as comprehensive governance, special inspections, and emergency rescue, as well as commercial operational scenarios like logistics, cultural tourism, and food delivery [2]. - It will provide route planning and flight assurance services, helping to eliminate existing bottlenecks and empower cost reduction and efficiency enhancement in the low-altitude industry [2].