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China Suppliers Factory Remote Wireless Communication Directional Antenna Tracking System for UAV Applications
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 Capability
Manual tracking and GPS data tracking function
Speed Control
Adjust the rotation speed function
Angle Collection
Collecting azimuth/pitch angle function
Weight & Bearing
Self-weight and bearing: 3kg/5kg (portability)
Pedestal Structure
Antenna pedestal structure: position-pitch type
Rotation Range
Position: 360° | Pitch: -10~+45°
Rotation Accuracy
Accuracy: 0.1° | Dynamic pointing precision: 0.1°
Speed & Acceleration
Speed: 0.1°/s ~ 20°/s | Acceleration: 10°/s²
Power Supply
12VDC / 5A
Operating Temperature
-25℃ ~ +55℃
Frequently Asked Questions
Q1: Why is a directional communication antenna preferred for medium and long-range UAVs?
Directional antennas offer high gain within their beam angle range by concentrating radiation and reception signals. This focuses energy in the useful range, reduces energy dissipation, and significantly improves transmission gain, making it ideal for long-range measurement and control.
Q2: Why does a directional antenna require a guidance tracking system?
Because directional antennas transmit and receive signals in a focused direction rather than omnidirectionally, they must be equipped with a guidance tracking system to dynamically track and maintain communication with a moving UAV.
Q3: What type of control mechanism does this tracking system use?
The system utilizes GPS mode and brushless servo motor control to achieve stable one-dimensional servo control of directional antennas like spiral, Yagi, and grid directional antennas.
Q4: What are the rotation limits of the antenna pedestal?
The antenna pedestal features a position-pitch structure with a position rotation range of 360° and a pitch rotation range of -10° to +45°.
Q5: What is the pointing accuracy and rotation speed of the system?
The system provides high precision with a rotation accuracy and dynamic pointing precision of 0.1°. Its rotation speed is adjustable from 0.1°/s to 20°/s, with a rotation acceleration of 10°/s².
Q6: What are the power and temperature requirements for operation?
The system operates on a 12VDC/5A power supply and is designed to perform reliably in temperatures ranging from -25℃ to +55℃.


