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Clover antenna for VTX Clover-HF 6.0–7.5 GHz, 3.5 dBi, RG402, SMA-Male
Clover antenna for VTX Clover-HF 6.0–7.5 GHz, 3.5 dBi, RG402, SMA-Male is designed for operation in high-frequency video transmission systems where signal stability, polarization control, and minimal losses are critical. The circular polarization design ensures uniform signal propagation and reduces the impact of multipath reflections, which is especially important at frequencies above 6 GHz.
The antenna is built using a rigid RG402 feeder, providing stable electrical characteristics and low signal attenuation. The ability to select polarization and connector options allows precise adaptation to specific system configurations, including non-standard frequencies and specialized use cases.
We are a team of veterans
We work with antenna systems and radio equipment in real-world conditions where signal stability directly affects the outcome. We understand the specifics of high-frequency operation, including losses, matching, and environmental impact.
We select antennas based on real tasks, frequencies, and equipment. Our approach is based on practical use, not theoretical specifications, which is why we offer solutions that deliver predictable performance in operation.
Technical specifications
| Parameter | Value |
|---|---|
| Model | VTX Clover-HF |
| Type | Clover antenna |
| Frequency range | 6.0–7.5 GHz |
| Polarization | RHCP / LHCP (selectable) |
| Feeder material | RG402 |
| VSWR | up to 1.5 |
| Gain | 3.5 dBi |
| Impedance | 50 Ohm |
| Connector | SMA-Male |
| Alternative connectors | SMA right-angle, MMCX |
| Feeder length | 13.5 cm (customizable) |
Comment / comments
The antenna is optimized for stable performance in the high-frequency range where precision and proper matching are critical. The use of RG402 helps reduce losses and maintain consistent operation even under continuous use.
Circular polarization significantly improves signal quality in environments with reflections and complex propagation conditions. A VSWR of up to 1.5 indicates good matching with the transmitter, reducing reflected power and increasing transmission efficiency.
Who it is suitable for
Military
Suitable for use in video transmission systems, reconnaissance platforms, and mobile units operating in high-frequency bands. Ensures stable signal performance even in environments with interference and reflections. Allows precise tuning for specific frequency and polarization requirements. Used in scenarios where video link stability is critical. Suitable for compact and mobile deployments.
FPV operators and technical specialists
Suitable for systems with non-standard frequencies and high-frequency configurations. Provides stable video transmission when properly matched. Allows experimentation with polarization and system configuration. Used to achieve stable signal performance in challenging environments. Suitable for precise system tuning.
Engineers and system developers
Used for testing and development of high-frequency solutions. Provides predictable results when adjusting system parameters. Suitable for laboratory and field testing. Offers flexibility in feeder length and connector selection. Used for prototyping and optimization.
Video transmission and surveillance systems
Suitable for specialized systems operating above 6 GHz. Provides stable signal transmission with proper configuration. Reduces the impact of interference and reflections. Used in both stationary and mobile setups. Ensures a reliable data transmission link.
Enthusiasts and experimenters
Suitable for building custom antenna configurations. Allows work with high frequencies and testing of different system setups. Provides flexibility in tuning parameters. Used for RF experiments and signal transmission testing. Delivers stable results when properly configured.