TrueRC X-AIR 900 (RHCP)

The TrueRC X-AIR 900 (RHCP) is an advanced high-gain antenna specifically engineered for long-range FPV (First-Person View) applications. Operating at a frequency of 900MHz, this antenna ensures exceptional performance even in challenging environments, providing a reliable and clear signal for your drone. The right-hand circular polarized (RHCP) configuration significantly reduces interference and enhances the quality of your video feed, making it an ideal choice for both racing and exploratory flying.

Designed with durability in mind, the TrueRC X-AIR 900 features a lightweight and rugged build that can withstand the demands of outdoor flight while maintaining top-notch performance. Whether navigating through thick forests or urban areas, this antenna keeps you connected, offering a seamless FPV experience. Elevate your FPV setup with the TrueRC X-AIR 900 and enjoy improved range and clarity in your video transmission.

Key Features:

  • Frequency Range: 900MHz for optimal long-distance performance.
  • Polarization: Right-hand circular polarized (RHCP) to minimize interference.
  • Durable Construction: Lightweight yet sturdy, suitable for outdoor flying.
  • Superior Signal Quality: Ensures a clear and reliable video feed.

DESCRIPTION

The new X-AIR 900 is our latest redesign of the crosshair antenna. It put an end to the only downside of this type of antenna: their size. Almost 1/4 of the footprint of the original,  same wide coverage and high axial ratio make it perfect for far off venture without antenna aiming adjustment. A 1/4-20 mounting point in the back, make that feather weight super easy to attach to your ground station.

SPECS

  • Frequency: 900MHz ISM band
  • Gain: 10 dBic
  • Polarization: RHCP or LHCP
  • Radiation efficiency : 98%
  • Beam-width*: 120deg
  • Beam-width @-3dB**: 68deg
  • Connector: SMA male
  • Dimension: 222mm x 222mm x 45mm
  • Mounting: Standard 1/4-20 flush thread
  • Weight:324g

*Coverage where reception is at least equivalent to an omni.
**Coverage where at least 70% of the max range is obtained.

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