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| Parameter | Value |
|---|---|
| Antenna Type | External Omnidirectional FPV/UAV Antenna |
| Connector | SMA Male |
| Housing Material | ABS |
| Overall Dimension | 27 × 150mm |
| Cable Type | Not Provided |
| Cable Length | Not Provided |
| Weight | Not Provided |
| Mounting Method | Not Provided |
| Operating Temperature | Not Provided |
| IP Rating | Not Provided |
Short Description
The 5.8GHz FPV Drone Antenna is a compact omnidirectional antenna covering 5700–5950MHz, featuring an SMA male connector and flexible structure for FPV video transmission and UAV communication systems.
Product Overview
The 5.8GHz FPV Drone Antenna is designed for wireless video transmission and communication systems operating across the 5700–5950MHz frequency range.
Its compact 150mm structure combines an ABS antenna housing, flexible antenna body and SMA male interface. With 50Ω impedance, 1.1dBi gain, circular polarization and omnidirectional radiation characteristics, it is suitable for RF systems requiring compact external antenna integration.
Typical applications include FPV video transmitters, UAV communication platforms, drone video links and other 5.8GHz wireless equipment.
Key Features
Applications
Customization Options
Q1: What frequency range does this FPV drone antenna support?
A: The antenna is specified for 5700–5950MHz operation, making it suitable for compatible 5.8GHz FPV and UAV wireless systems.
Q2: What connector does the antenna use?
A: The standard configuration shown uses an SMA male connector.
Q3: Is this antenna omnidirectional?
A: Yes. The supplied specification identifies the antenna as having an omnidirectional radiation pattern.
Q4: What polarization does this antenna use?
A: The supplied specification identifies circular polarization. The RHCP or LHCP direction has not been provided and should be confirmed for projects requiring a specific polarization sense.
Q5: Can the antenna be customized?
A: Yes. Frequency, connector configuration and mechanical structure can be evaluated according to OEM/ODM project requirements.