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Remote Wireless Communication Directional Antenna Tracking System - China Suppliers & Factory Solutions

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As UAV technology continues to advance, the demand for high-bandwidth microwave data links is on the rise. Traditional methods, such as increasing ground or airborne transmitter power or enhancing receiver sensitivity, have proven insufficient for long-distance communications. However, improving the receiving and transmitting gain of ground control antennas presents a viable solution without adding weight or size to airborne communication equipment.
Directional communication antennas are essential for medium to long-range UAV measurement and control, as they provide high gain within their beam angle. By directing the radiation and receiving of signals, these antennas maximize energy efficiency, minimize energy loss, and enhance transmission gain. Due to their directional characteristics, a guidance tracking system is necessary for effective dynamic tracking communication with UAVs.
Employing BD/GPS mode and brushless servo motor control, we achieve precise one-dimensional servo control of various directional antennas, including spiral directional antennas, Yagi antennas, and grid directional antennas. This system offers enhanced stability compared to traditional single-channel monopole tracking systems, providing a more robust and cost-effective solution.
The turntable captures flight control information and utilizes the MAVLink protocol to track the UAV’s position, altitude, and other critical data in real-time. The MAVLink protocol has gained widespread adoption among numerous flight controllers, ground control stations (GCSs), and tracking systems. However, the implementation of MAVLink can vary significantly across devices due to ambiguities in defining the transmission of key data such as information exchanged between the aircraft and the GCS. Numerous MAVLink messages are available to convey essential details such as BD/GPS coordinates and altitude, ensuring seamless communication.
For those seeking reliable UAV communication solutions, our products are proudly manufactured in China, and we are committed to delivering high-quality, innovative antennas as a leading supplier in the industry.

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    Features

    Directional communication antenna is widely used in the measurement and control of medium and long-range UAV, because it has high gain in beam angle range. Antenna by directional radiation and receiving signal to make the energy in the useful range, reduced energy dissipation, improve the transmission gain. But it is precisely because of the characteristics of directional transmitting and receiving signals, it is decided that the antenna must be equipped with a guidance tracking system, then it can be used in application of dynamic tracking communication for UAV.
    By using GPS mode and brushless servo motor control, achieve the one-dimensional servo control of directional antenna, like spiral directional antenna, Yagi antenna, grid directional antenna and so on. It is more stable than single channel monopoles tracking system, digital stronger and low cost.

    Main Function & Technical Index

    Tracking Capabilities Manual tracking and GPS data tracking function
    Speed Control Adjust the rotation speed function
    Angle Collection Collecting azimuth/pitch angle function
    Weight & Load Capacity Self-weight: 3kg | Bearing: 5kg (portability)
    Pedestal Structure Position-pitch type
    Rotation Range Position: 360° | Pitch: -10~+45°
    Accuracy Specs Rotation: 0.1° | Dynamic pointing precision: 0.1°
    Speed & Acceleration Rotary speed: 0.1°/s~ 20°/s | Acceleration: 10°/s²
    Power Supply 12VDC/5A
    Operating Temperature -25℃ ~ +55℃

    Frequently Asked Questions (FAQ)

    Why is a directional communication antenna preferred for UAV measurement and control?
    Directional communication antennas are widely used in medium and long-range UAV applications due to their high gain within the beam angle range. They focus energy in the useful range via directional radiation and signal reception, which reduces energy dissipation and improves transmission gain.
    Why does this directional antenna require a guidance tracking system?
    Because of its highly directional transmitting and receiving characteristics, a guidance tracking system is necessary to align the antenna. This tracking capability enables continuous, dynamic tracking communication for UAVs.
    What control mechanism does the tracking system use?
    The system utilizes GPS mode and brushless servo motor control to achieve precise one-dimensional servo control. It is compatible with various directional antennas, including spiral directional, Yagi, and grid directional antennas.
    What are the key rotation ranges and pointing accuracies of the system?
    The position-pitch antenna pedestal structure allows a position rotation range of 360° and a pitch range of -10° to +45°. It delivers high precision with a rotation accuracy of 0.1° and a dynamic pointing precision of 0.1°.
    What are the physical weight limit and power demands of the pedestal?
    Designed for portability, the pedestal has a self-weight of 3kg and can support a bearing load of up to 5kg. It operates on a 12VDC/5A power supply.
    What temperature range can this tracking system withstand?
    The system is designed to operate reliably in harsh environments, featuring a working temperature range of -25℃ to +55℃.