- Availability: Предзаказ
- Product Code: 01170003_2
- Product overview
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The BETAFPV Loop Antenna is an omnidirectional antenna designed and manufactured by BETAFPV for use with transmitter modules (TX) and radio controllers operating at 2.4G, 868MHz, or 915MHz frequencies. This antenna provides a 360-degree horizontal radiation pattern, allowing it to maintain reliable communication with the drone in all directions.
Thanks to a gain of 2.3 dBi, the antenna ensures efficient transmission and reception of the radio signal, covering a wider range. A key design feature is the direct soldering of the coaxial cable to the antenna, which minimizes signal loss and guarantees more stable performance.
The BETAFPV Loop Antenna is an excellent choice for FPV pilots flying within a specific area, such as on a race track or for freestyle. In these scenarios, where the drone can be in any direction relative to the pilot, an omnidirectional antenna ensures a reliable connection with no blind spots.
Comparison between Loop Antenna and Moxon Antenna:
Loop Antenna: Omnidirectional, providing a 360-degree radiation pattern. Ideal for flights where the drone moves constantly around the pilot.
Moxon Antenna: Directional, focusing radio energy in one direction. It is better suited for long-range flights in a single direction.
Specifications
Coaxial Cable Length:
65 mm (for 2.4G version)
90 mm (for 868MHz/915MHz version)
Connector: SMA Male
Gain: 2.3 dBi (for all versions)
VSWR:
<1.5 (for 2.4G)
<2.0 (for 868MHz/915MHz)
Polarization Type: Linear polarization
Recommended for: BETAFPV Nano TX Module, BETAFPV Micro TX Module, as well as other TX modules and radio controllers operating on the corresponding frequencies.
Package
1 x BETAFPV Loop Antenna (2.4G or 868MHz/915MHz depending on the selected version)
Important Note: Only use the antenna for its corresponding frequency. Even if the antennas look similar, they have different operating characteristics, and using an antenna on the wrong frequency will significantly degrade its performance.