FPV VRX antenna ultraWide frequency range 1.2GHz-7.2GHz Ultra-Wideband Vivaldi broadband directional antenna
Ultra-Wideband FPV VRX Antenna | 1.2GHz–7.2GHz High-Gain Omnidirectional Antenna for FPV & Wireless Video Systems
Table of Contents
Description
Ultra-wide frequency FPV VRX antenna covering 1.2GHz to 7.2GHz. Stable signal, low VSWR, and broad compatibility for FPV drones, wireless video transmitters, and RF applications.
Overview
This ultra-wideband FPV VRX antenna is designed to support an exceptionally broad frequency range from 1GHz to 8GHz (from 860MHz to 8000MHz), making it ideal for multi-band FPV systems and advanced wireless video applications. With stable performance, strong signal reception, and excellent compatibility, it eliminates the need for multiple antennas across different frequency bands.
Built for reliability and versatility, this antenna is suitable for FPV pilots, system integrators, and RF engineers seeking a single antenna solution for wideband operation.
Features
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Ultra-Wide Frequency Coverage: 860MHz–8000MHz (0.86-8GHz)
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Multi-Band Compatibility: Supports 1.2G / 2.4G / 3.3G / 5.8G / 7.2G and more
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Stable Signal Performance: Low VSWR across the full frequency range
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Omnidirectional Radiation Pattern: Consistent signal reception from all directions
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Compact & Lightweight Design: Ideal for FPV and portable wireless systems
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Durable Construction: Designed for long-term outdoor and mobile use
Specifications
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Frequency Range: 1GHz – 8GHz (860MHz to 8000MHz)
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Antenna Type: Directional
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Polarization: Linear (or Circular, optional)
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Impedance: 50Ω
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VSWR: ≤ 2.0 (typical)
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Connector Type: SMA / RP-SMA / MMCX (optional)
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Cable Length: Customizable
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Operating Temperature: -40°C to +85°C
Applications
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FPV drone video receiver (VRX) systems
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Wireless video transmission
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UAV communication systems
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RF testing and development
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Multi-band wireless devices
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Surveillance and monitoring systems
Customization Options
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Connector type (SMA, RP-SMA, MMCX, U.FL, etc.)
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Cable length and type
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Polarization (linear or circular)
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Antenna housing color
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Logo or private labeling (OEM/ODM supported)
FAQ
Q: How do I use this antenna and which direction should it face?
A: For optimal performance, aim the antenna so that the top horn opening (the front/open side) is directly facing your FPV drone (transmitter). This side is the primary signal reception direction and provides the strongest signal.
Avoid pointing the back side of the antenna toward the drone, as it has significantly weaker reception. For best results, keep the antenna aligned with the drone’s position during flight to maintain a stable and clear video signal.
Q1: Can this antenna replace multiple single-band FPV antennas?
Yes. Its ultra-wide frequency range allows one antenna to cover multiple FPV bands.
Q2: Is this antenna suitable for 5.8GHz FPV systems?
Absolutely. It supports 5.8GHz as well as many other common FPV frequencies.
Q3: What connector options are available?
Standard options include SMA and RP-SMA. Other connectors are available upon request.
Q4: Is this antenna suitable for outdoor use?
Yes. It is designed for reliable performance in outdoor and mobile environments.
Q5: Do you offer OEM or custom designs?
Yes, OEM and ODM customization services are available.
Q6: Can a 500–8000 MHz VRX be paired with a UWB antenna for automatic scanning without changing antennas?
Yes — this antenna truly supports that bandwidth. A UWB (Ultra-Wideband) antenna is designed to operate over a very wide frequency range (often several GHz wide).
If the antenna’s rated frequency range fully covers 500–8000 MHz, you can:
- Connect it to the VRX once
- Perform automatic wideband scanning
- No need to change antennas during the scan
⚠️ Practical limitations to be aware of:
- Antenna efficiency & gain will not be flat across 500–8000 MHz: → Sensitivity may be weaker at band edges
- VSWR / return loss may degrade at certain frequencies
- Polarization mismatch can affect reception
- For best performance, narrowband antennas still outperform UWB ones in their specific bands
👉 So: functional for scanning, but not always optimal for maximum sensitivity.
Vivaldi broadband directional antenna
A Vivaldi broadband directional antenna is a type of high-performance antenna designed to operate over a wide frequency range while focusing its radiation in a specific direction. It features a tapered slot structure that enables stable signal transmission across multiple frequencies, making it ideal for applications that require both bandwidth flexibility and directional coverage. Compared to conventional antennas, it offers higher gain, better directivity, and consistent performance over a broad spectrum. This type of antenna is commonly used in wireless communication systems, radar, microwave imaging, and ultra-wideband (UWB) applications. It is particularly suitable for scenarios where long-distance signal transmission, high resolution, and precise targeting are required.
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