📝 FPV Drone Control Transmitter Antenna 435–470 MHz Aeronetix
The Aeronetix 435–470 MHz FPV drone control transmitter antenna is designed for transmitting control signals in the 433–470 MHz band. The antenna has a directional sector radiation pattern and 5–6 dBi gain, which increases control range and link stability compared to omnidirectional antennas. Used on radio transmitters, ground stations or signal repeaters.
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Antennas operating in the 435–470 MHz band are widely used in long-range UAV control systems because lower frequencies penetrate obstacles, terrain and buildings better. A directional transmitter antenna concentrates signal in front of the operator, significantly increasing control range and communication stability. Such antennas are installed on radio transmitters or ground control stations.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Type | Directional antenna |
| Application | FPV control transmitter |
| Frequency range | 435–470 MHz |
| Gain | 5–6 dBi |
| Beamwidth | 90° / 120° |
| Connector | SMA |
| Dimensions | 246×135×10 mm |
| Weight | 35 g |
💬 Comment / comments
The antenna is used as a directional control transmitter antenna in the 435–470 MHz band. The 5–6 dBi gain significantly increases control range compared to omnidirectional antennas. The sector radiation pattern allows tracking the drone without constant precise antenna aiming.
🎯 Who it is suitable for
Military units and UAV operators.
Used as a transmitter antenna on radio transmitters or ground control stations. Increases drone control range and communication stability. Suitable for control systems operating in the 435–470 MHz band.
FPV drone operators.
Suitable for control transmitters in the 433–470 MHz band. Provides longer control range compared to omnidirectional antennas. Used on radio transmitters or ground stations.
Engineers and UAV builders.
Used in UAV control systems and signal relay systems. Has standard SMA connector and directional radiation pattern. Suitable for building ground control stations.
Radio amateurs and RF specialists.
Suitable for operation in the 435–470 MHz band. Can be used in data transmission or radio control systems. Allows building directional radio links. Suitable for RF experiments and communication systems.