📝 Wideband Dipole Receiving Antenna for FPV Drone Control 550–850 MHz IPEX1 Aeronetix
The Aeronetix 550–850 MHz wideband dipole receiving antenna is designed for receiving control or telemetry signals for FPV drones across a wide frequency range. The antenna has an omnidirectional reception pattern, allowing stable signal reception regardless of drone orientation relative to the antenna. The wideband design allows one antenna to operate across multiple frequency ranges. It is used on drone receivers or signal repeaters.
🫡 We are a team of veterans
In UAV control systems, dipole antennas are commonly used on the drone itself because they provide omnidirectional reception. This allows the drone to change orientation without significant signal loss. A wideband antenna allows operation across different frequency bands without replacing the antenna. This is useful for universal control systems or signal repeaters.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Type | Dipole receiving antenna |
| Application | FPV control signal reception |
| Frequency range | 550–850 MHz |
| Gain | 2 dBi |
| Connector | IPEX1 |
| Cable length | 150 mm |
| Dimensions | 250×70×1.5 mm |
| Weight | 28 g |
💬 Comment / comments
The dipole antenna has an omnidirectional reception pattern and is typically installed directly on the drone or receiver module. The 2 dBi gain is typical for dipole antennas and provides stable signal reception in all directions. The wide frequency range allows the antenna to be used for various control systems. Suitable for control, telemetry or signal relay systems.
🎯 Who it is suitable for
Military units and UAV operators.
Used as a receiving antenna on the drone or control signal repeater. Provides stable signal reception regardless of drone orientation in the air. Suitable for control systems operating in the 550–850 MHz range. Used in control, telemetry or relay systems.
FPV drone operators.
Suitable as a receiver antenna on the drone or repeater system. Due to the omnidirectional reception pattern, the drone does not lose signal when changing orientation in flight. The wide frequency range allows use in different control systems. Used in medium and long range systems.
Engineers and UAV builders.
Used in control receivers, telemetry systems or signal repeaters. Compact and lightweight antenna with IPEX1 connector for drone installation. Suitable for experimental and production control systems. Can be used across a wide frequency range.
Radio amateurs and RF specialists.
Suitable for signal reception in the 550–850 MHz range. Can be used in data transmission, telemetry or experimental radio systems. Omnidirectional reception pattern allows stable signal reception in any direction. Suitable for field and laboratory communication systems.