📝 Wideband Dipole Receiving Antenna for FPV Drone Control 1000–1700 MHz Aeronetix 15 cm Cable
The Aeronetix wideband dipole antenna is designed for receiving control, telemetry or video signals in FPV systems across a wide frequency range. The antenna has an omnidirectional radiation pattern, allowing stable signal reception regardless of drone orientation relative to the receiver. Due to its compact size and low weight, it is suitable for installation inside drones or receiver modules. It is used as a receiving antenna in control or telemetry systems.
🫡 We are a team of veterans
In FPV and UAV systems, dipole antennas are often used as receiving antennas because they provide a stable omnidirectional pattern and low weight. These antennas are installed directly on the receiver or inside the drone frame. They provide stable signal reception even when the drone changes orientation in flight. The wideband design allows the antenna to be used across different frequency ranges without retuning.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Type | Dipole omnidirectional antenna |
| Application | FPV receiving antenna |
| Frequency range | 1000–1700 MHz |
| Gain | 2 dBi |
| Connector | IPEX1 |
| Cable length | 150 mm |
| Dimensions | 120×35×1.5 mm |
| Weight | 4.5 g |
💬 Comment / comments
The dipole antenna provides stable signal reception across a wide frequency range. The omnidirectional pattern means the antenna does not need to be pointed toward the transmitter. Due to its low weight and compact size, it is suitable for installation inside drones. Used as a receiving antenna for control, telemetry or video systems.
🎯 Who it is suitable for
Military units and UAV operators.
Used as a receiving antenna in drone control or telemetry systems. Provides stable signal reception regardless of drone orientation in flight. Suitable for installation inside the drone frame or directly on the receiver. Used in medium-range communication systems.
FPV drone operators.
Suitable as a receiving antenna for control or telemetry systems. Does not require precise alignment with the transmitter. Provides stable signal during flights at different heights and directions. Suitable for analog and digital FPV systems.
Engineers and UAV builders.
Used for building control systems, telemetry and receiving modules. Has a standard IPEX1 connector for receiver connection. Compact size allows installation inside the drone frame. Suitable for experimental and production UAV systems.
Radio amateurs and RF specialists.
Suitable for building receiving systems in the 1000–1700 MHz range. Can be used for telemetry or data reception. Provides stable signal reception across a wide frequency range. Suitable for laboratory and field communication systems.