Description
SoarApex MK80 80KM Wireless Data Link System for Professional UAV Industrial Applications
SoarApex MK80 80KM wireless data link system has the characteristics of high integration, stable performance, and high reliability. It can simultaneously transmit video, data, and control information. This ultra long range UAV 80km wireless video data link system product adopts a dual link design of primary and backup. Users can set the main and secondary links through dedicated control commands, such as one click mute and intermittent communication.
The MK80 ultra long range UAV 80km wireless video data link system inherits high integration, stable performance, and high reliability of M-series of HD video transmission system for UAV industrial applications. MK80 is fully compatible with interface of other products such as MK17/MK34. The transmission distance of MK80 is max to 80kms, which is leading in the industry. With advanced RF technology, the MK80 system kits for wireless video data links in the UAV industry, and with ultra-high cost performance, it reduces the application limitations of ultra-long BVLOS range UAV and promotes the rapid development of the industry for ultra-long range UAV inspection industries.
The 80km wireless video data link system adopts advanced RF technology, with strong anti-interference ability and automatic encryption function, which can ensure and improve the security of long-distance video and data transmission of unmanned aerial vehicles. According to the national export policy adjustment, the civilian transmission distance can reach 49km, which can fully meet the needs of ultra long distance industry applications of drones, such as drone inspection, measurement, patrol and other key application areas. At the same time, this MK80 system integrates a fully automatic tracking gimbal system, which can track the direction and position of the drone in real time. By analyzing the Mavlink protocol data returned by the flight control system, important information such as longitude, latitude, and altitude of the drone can be extracted to control the electric motion of the dual axis gimbal. It can also accurately track and quickly ‘align’. Paired with ground high gain directional antennas, this system can improve the reception capability of wireless signals, making the transmission distance more stable and reliable.
This MK80 wireless video data link system is equipped with an OLED screen on the ground side, which can display real-time flight data of the drone, such as transmission rate, signal strength, flight distance, or other parameters. Tracking the gimbal LCD screen can help users view current GPS information, azimuth, signal quality, and more.
SoarApex`s MK80 long range wireless video data link system adopts a dual backup link design, with the main link using the 1.4GHz communication frequency band (800MHz and 2.4GHz), (if other frequency bands are required, please contact us for customized design and production), and the backup link using the low-frequency microwave frequency band. Users can choose between fixed frequency and frequency hopping modes, and receive link control commands through network protocols. The control protocol of this system can be integrated into other brands of ground station software used by users. Through interface operations on the software, wireless silence, wireless backup, link communication, and wireless timing communication can be achieved, which can easily meet the needs of special industry application scenarios such as complex wireless interference and wireless countermeasures.
MK80 80KM Wireless Data Link System Technical Parameter:
The Role of UAV Drones Wireless Video Data Link System
The main functions of the drone data link include:
- Control instruction transmission: Transmit control instructions from the ground station to the drone through the uplink, including flight path planning, task instructions, and emergency operations.
- Telemetry data feedback: Real time telemetry data such as the flight status, position, and speed of the drone is transmitted back to the ground station through the downlink for monitoring and adjustment.
- Sensor data transmission: Supports unmanned aerial vehicles to transmit images, videos, or point cloud data collected by cameras, LiDAR, and other sensors to ground stations for real-time analysis and decision-making.
- Task dynamic update: Supports bidirectional link communication, and the ground station can dynamically adjust the task parameters or paths of the drone according to task requirements.
- Anti interference and security assurance: By using technologies such as frequency hopping communication, encryption algorithms, and two-way authentication, the anti-interference capability and communication security of the data link are ensured, especially in complex electromagnetic environments or military scenarios.
- Multi drone collaborative communication: Through networking technology (such as Mesh network), data sharing and task collaboration among multiple drones can be achieved, which is suitable for formation flying or group operations.
- Beyond line of sight communication support: By using satellite links or relay stations, the communication range can be expanded to achieve beyond line of sight control, which is suitable for long-distance tasks such as logistics distribution or disaster relief.
The reliability and performance of drone data links directly affect the efficiency and safety of drone task execution. In the future, with the development of 5G/6G communication, artificial intelligence, and quantum communication technologies, drone data links will continue to be optimized towards higher bandwidth, lower latency, and stronger anti-interference capabilities.
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