Wideband dipole receiving antenna for FPV drone control 680–1200 MHz Aeronetix, 10 cm cable, IPEX1
Wideband dipole receiving antenna for FPV drone control 680–1200 MHz Aeronetix, 10 cm cable, IPEX1 is designed for stable reception of control signals across a wide frequency range. The primary operating band of 730–800 MHz is complemented by support for multiple sub-bands, allowing flexible use with different control systems and frequency configurations.
The compact and ultra-lightweight design minimizes load on the platform, making it suitable for mobile setups. The flexible 80 mm cable and IPEX1 connector provide quick and convenient integration into receiver modules without complex installation.
We are a team of veterans
We work with control systems in real-world conditions where signal stability determines operational effectiveness. We understand the importance of frequency flexibility and reliable reception in complex environments.
We select antennas based on practical requirements, frequency ranges, and operating conditions. Our approach is focused on delivering stable and predictable performance.
Technical specifications
| Parameter | Value |
|---|---|
| Type | Dipole receiving antenna |
| Primary frequency range | 730–800 MHz |
| Extended frequency range | 680–1200 MHz |
| Gain | 2 dBi |
| Polarization | Linear |
| Dimensions | 170 × 20 × 1.5 mm |
| Weight | 5 g |
| Connector | IPEX1 |
| Cable length | 80 mm |
| Application | Control signal reception |
| Manufacturer | Aeronetix |
Comment / comments
The antenna supports multiple sub-band configurations with different SWR ranges, allowing operation across a wide spectrum without replacement. This provides flexibility when adjusting system frequencies or testing different setups.
The 2 dBi gain ensures uniform signal reception without strong directivity, which is ideal for mobile platforms. The sub-1 GHz range offers improved signal penetration through obstacles, making it effective in complex environments.
Who it is suitable for
Military
Suitable for control systems where signal stability and frequency flexibility are critical. Provides reliable reception in complex terrain and interference conditions. Allows maintaining control over medium distances. Used in both mobile and stationary systems. Suitable for field deployment.
FPV operators and technical units
Suitable for receivers operating across different frequency configurations. Provides stable signal without complex tuning. Used in various system setups. Offers flexibility in frequency selection. Suitable for daily operational use.
Engineers and system developers
Used in testing and development of control systems. Enables operation across a wide frequency range. Suitable for laboratory and field testing. Ensures stable and repeatable results. Used in prototyping.
Control and data transmission systems
Suitable for receiving modules in various technical applications. Provides stable signal when properly matched. Used in mobile systems. Enables operation in interference-heavy environments. Suitable for specialized configurations.
Enthusiasts and experimenters
Suitable for building universal control systems. Enables work across a wide frequency range. Provides stable results when properly configured. Used for testing and tuning. Offers flexibility in system design.