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📝 Drone Control Antenna (for repeater) 940–1050 MHz Aeronetix
The Aeronetix 940–1050 MHz antenna is designed for UAV control systems and for use in repeaters or ground control stations. It operates in the 940–1050 MHz frequency range, which is commonly used for UAV control links. The antenna has a gain of 7 dBi, which increases the stable communication range between the controller, repeater and drone. Compact size and low weight make it suitable for mobile systems.
🫡 We are a team of veterans
From practical experience, the correct antenna for a repeater or ground station is often more important than the transmitter itself. The antenna defines the radiation pattern and determines communication range and stability. Antennas with 7 dBi gain work well for repeaters, ground stations and field UAV control systems. This is a practical solution for building a stable control link.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Product type | Drone control antenna |
| Manufacturer | Aeronetix |
| Operating frequency | 940–1050 MHz |
| Gain | 7 dBi |
| Dimensions | 145 × 70 mm |
| Weight | 22 g |
| Application | UAV control / repeater |
| Usage | Ground station / repeater |
| Band | UHF |
| Mounting | Cable connection |
💬 Comment / comments
Antennas in the 900–1000 MHz range are widely used for UAV control links because this frequency range provides good range and signal penetration. A 7 dBi antenna increases communication range and makes the control link more stable. Such antennas are often installed on repeaters, tripods or ground control stations. The compact size makes it suitable for field use.
🎯 Who it is suitable for
Military personnel, UAV operators and repeater teams, who use control links in the 900–1000 MHz range. The antenna increases stable drone control range. It can be used on repeaters, ground stations or mobile control points. This is important for maintaining stable communication at long distances.
FPV and reconnaissance drone operators, who use control systems in this frequency band. A 7 dBi antenna provides a more stable control signal. This reduces the risk of signal loss. Especially important for long-distance flights.
Teams building repeater systems, to extend drone operating range. The antenna can be used as a repeater antenna or ground station antenna. This allows building multi-point communication systems. Such antennas are often used in field conditions.
Engineers and technical specialists, who design UAV communication systems. The antenna is suitable for experimental and operational control systems. It can be used in stationary or mobile systems. This is a versatile antenna for the 940–1050 MHz range.