Satellite communication - Unmanned Aerial Vehicle satellite communication system solution

Overview

      The unmanned aerial vehicle (UAV) satellite communication system, abbreviated as "UAV communication station". It is characterized by high-altitude operations, remote control and rapid deployment. It can be carried by unmanned aerial vehicles or fly autonomously, and the system Settings can be made through ground control stations or mobile device software. No matter when and where, equipped with a drone communication station, a communication network can be quickly established at any designated aerial position, achieving low-cost, high-speed and secure communication services, including data transmission, voice calls, video surveillance, information collection, remote support and other functions.

Unmanned aerial vehicle (UAV) communication stations are suitable for various high-altitude communication application scenarios such as emergency rescue, environmental monitoring, border patrol, disaster assessment, remote reconnaissance, and supplementation of mobile base stations.

System composition

The unmanned aerial vehicle (UAV) satellite communication system mainly consists of the UAV on-board communication system, ground control center, and communication satellites and other facilities.

1. Ground control center system: As the command center for unmanned aerial vehicle (UAV) communication, its main functions are: establishing a communication link with the UAV via satellite, receiving on-site information (including images, data, sounds, etc.) transmitted by the UAV and sending it to the designated communication node through the ground network, and simultaneously sending ground instructions to the UAV system.

2. Unmanned aerial vehicle (UAV) on-board satellite communication system: It includes communication modules, data processing modules, power supply modules, control modules and auxiliary modules, responsible for achieving two-way data, voice and video communication with the ground control center.

System function

In light of the characteristics and business requirements of the unmanned aerial vehicle (UAV) communication system, the UAV broadband satellite communication system has the following functional features: It supports multiple communication services; It has a relatively wide network bandwidth and supports multiple access methods. Advanced technology, stable and reliable; It has excellent performance, is easy to operate, and features automated and intelligent operation characteristics. It can be interconnected with public communication networks and dedicated communication networks.

1. Rapid deployment, automatic alignment, simple operation, and remote unattended operation

2. Establish a stable satellite communication link, which can be connected to the Internet through the ground control center for data transmission

3. In coordination with other communication devices, it forms diverse network connections to address the issue of insufficient ground communication coverage

Application Case

After rigorous screening and comprehensive performance testing, as well as adaptability tests in extreme climates and complex environments, the MU series unmanned aerial vehicle satellite communication system has successfully made it onto a certain military communication equipment procurement list with its outstanding performance. At present, this system has been widely applied in many provinces.

The MU series unmanned aerial vehicle satellite communication system is a fully automatic and high-performance communication system designed for high-altitude long-distance communication and emergency mission requirements. The system is installed quickly and does not require complex calibration. It is equipped with fully automatic satellite alignment function, and the takeoff, positioning, tracking, data transmission and recovery of the unmanned aerial vehicle can all be automatically completed. The system is lightweight and easy to carry by drones. The operator can configure the system through the ground control station software. This system has strong environmental adaptability and high reliability, and can help users complete the stable transmission of data, voice, video and other information at any time and place.