iFlight HD Patch LHCP 5.8GHz Directional Antennas for DJI Digital HD FPV Goggles (Black)
Brand: iFlight
Let's welcome our new iFlight HD 5.8GHz Directional Antenna! <br> Specially designed for DJI Digital FPV Goggles to replace the stock front plate <br> with our iFlight engineered Antenna Array. NO, this is not another patch antenna! <br> Two carefully designed and highly sensitive LHCP high gain directional antennas give you a better reception <br> at long range as well as better penetration through trees, bandos or other difficult terrains. <br> Low profile design to decrease your pack size to a minimum, and high quality RG178 cables for best durability.<br> We were able to achieve a super wide antenna beam width through an offset angle of 30 degrees between the two antennas.<br> Horizontal beam of 105 degrees and vertical beam of 75 degrees at 9dBi gain, dropping of slowly the further you get to the side! <br> Low loss with a 93% antenna efficiency and a axial ratio of ≤1.6 through the whole band. <br> <br>   Features:<br> LHCP high gain directional antenna array<br> ● Lower profile and better reception than stock antennas<br> ● Super wide beam width, horizontal 105 degrees @9dBi, vertical 75 degrees @9dBi<br>  <br> Specifications:<br> ● Frequency: 5.8GHz<br> ● Bandwidth: 5600~5900 Mhz<br> ● Gain: 9 dBi<br> ● Axial ratio: ≤1.6<br> ● Impendance: 50Ω<br> ● Radiation Efficiency: 93%<br> ● Beam Width: 105° H. 75° V. <br> ● Polarization: (LHCP) Left Hand Circularly Polarized<br> ● Cable: RG178<br> ● Connector: RP-SMA (Fits for DJI Goggles directly, not to be used on standard SMA)<br> ● Dimensions: 16mm x 7mm x 3mm<br> ● Weight: 52.1g <br>  <br> Includes:<br> -2 x iFlight HD Patch 5.8GHz Directional Antenna Array<br> <br> Note: This is for a set of the Patch antennas.stubby antenna not included.<br>
1.iFlight HD Patch LHCP 5.8GHz Directional Antenna design for DJI Digital HD FPV Goggles,High quality and low loss
2.Super wide beam width, horizontal 105 degrees,vertical 75 degrees
3.High 9dBi for long range and improved signal penetration
4.High antenna efficiency for improved signal
5.Precision Engineering with High Grade Materials