簡介：在地震、海嘯、洪水等自然災害發生的時候，地面基站常常會被毀壞，災害地區的通信基礎設施損壞不能提供通信服務，這使得救援行動的開展受到較大的阻礙。無人機基站不受災害地區基礎通信設施的限制可快速為災害地區提供大范圍的可靠通信。
Introduction: During natural disasters such as earthquakes, tsunamis, and flash floods, ground base stations are often destroyed, and communication infrastructure in disaster areas is damaged and unable to provide communication services, which greatly hinders the implementation of rescue operations. Unmanned aerial vehicle base stations are not limited by the basic communication facilities in disaster areas and can quickly provide reliable communication on a large scale for disaster areas.
注：僅推薦基礎設備信息，詳情可咨詢！
Note: Only basic equipment information is recommended, details can be consulted!
無人機基站不受災害地區基礎通信設施的限制，可以以主從無人機方式快速為災害地區提供大范圍的可靠通信，其中主無人機是固定的空中基站可以為應急通信控制中心提供可靠通信覆蓋。
以主無人機為中心用圓形軌跡飛行的空中基站，為邊緣用戶提供通信覆蓋。無人機可以分為固定翼和旋轉翼無人機，固定翼無人機能夠保持在空中的持續飛行，旋轉翼無人機可以在空中懸停。
The drone base station is not limited by the basic communication facilities in disaster areas, and can quickly provide reliable communication over a large range in the form of master-slave drones. The master-slave drone is a fixed aerial base station that can provide reliable communication coverage for the emergency communication control center.
An aerial base station flying in a circular trajectory centered around the main drone, providing communication coverage for edge users. Drones can be divided into fixed wing and rotary wing drones. Fixed wing drones can maintain continuous flight in the air, while rotary wing drones can hover in the air.
無人機中繼通信中，任務無人機和中繼無人機之間的信道以及中繼無人機和地面控制終端間的信道存在差異。
無人機之前的數據鏈路分為上行鏈路和下行鏈路。上行鏈路為遙控鏈路，即將地面控制終端的指令信息發送給無人機；下行鏈路為遙測鏈路，即將無人機上的遙測信息傳遞給地面控制站。
In drone relay communication, there are differences in the channels between task drones and relay drones, as well as between relay drones and ground control terminals.
The data link before the drone was divided into uplink and downlink. The uplink is a remote control link, which sends command information from the ground control terminal to the drone; The downlink is a telemetry link, which transmits telemetry information from the drone to the ground control station.
無人機作為移動中繼可以根據任務部署，成本效益高，移動性好，并且比起傳統的固定中繼具有靈活的 3D 位置，飛行軌跡等更多的可優化維度，可以提高通信性能。
As a mobile relay, drones can be deployed according to tasks, with high cost-effectiveness, good mobility, and more optimized dimensions such as flexible 3D positions and flight trajectories compared to traditional fixed relays, which can improve communication performance.
受連日暴雨影響，京津冀多個地區遭遇山洪，高速主通道堵塞，陷入停水停電、通信隔絕的困境。聯合飛機集團深入貫徹總書記關于防汛救災工作重要指示精神，繼保障北京市門頭溝區應急物資投送后，8月1日連夜組建了另一支TD220無人直升機救援隊伍，奔赴河北省張家口市涿鹿縣執行保障應急通訊任務！
Affected by rainstorm for several days, several regions in Beijing, Tianjin and Hebei were hit by mountain torrents, and the main high-speed channel was blocked, which led to water and power outages and communication isolation.
推薦產品：聯合飛機 TD220 共軸無人直升機
機體尺寸：2.16m×1.01m×1.76m（長×寬×高）
最大起飛重量：350kg
任務半徑：100km
最大有效載荷：50kg
最大平行飛行速度：100km/h
實用升限：3500m
續航時間：＞4h（載荷50kg）5h（載荷35kg）
抗風能力：抗風6級（12m/sec）
Recommended product: United Aircraft TD220 Coaxial Unmanned Helicopter
Body size: 2.16m × 1.01m × 1.76m (length × wide × High)
Maximum takeoff weight: 350kg
Task radius: 100km
Maximum payload: 50kg
Maximum parallel flight speed: 100km/h
Practical ceiling: 3500m
Endurance time: ＞ 4h (load 50kg) 5h (load 35kg)
Wind resistance: Wind resistance level 6 (12m/sec)
用戶應根據自身實際情況出發，選購一款或多款產品搭配使用。多旋翼臨時基站、多旋翼長時間滯留基站、固定翼空中基站等。選擇保障當下應急救援通信，還是恢復周邊范圍內民用通訊，得視情況而定。當然，如果設備資源充足條件下，可同時進行，從而全方位實施通信救援。
Users should choose one or more products to use in combination based on their actual situation. Temporary multi rotor base stations, multi rotor long-term stranded base stations, fixed wing aerial base stations, etc. The choice between ensuring current emergency rescue communication or restoring civilian communication within the surrounding area depends on the situation. Of course, if the equipment resources are sufficient, it can be carried out simultaneously to comprehensively implement communication rescue.
推薦部門：應急救援、邊防巡邏、電力、通訊、
Recommended departments: emergency rescue, border patrol, electricity, communication