Description

GME’s range of elevated-feed UHF CB radio antennas provide a gain of 6.6 dBi for a great all round performing antenna.

Elevated-feed antennas provide high performance in virtually any mounting position.

The elevated feed-design helps raise the radiating element above the vehicle roof or other obstructions to provide a strong, omni-directional pattern and high performance when mounted on a vehicle gutter, fender or bull bar.

The ability to remove the 6.6dBi whip and replace with a smaller 2.1dBi option allows for a broader radiation pattern which is less likely to be affected by obstacles.

These antennas are a popular choice for the heavy vehicle industry and fleet vehicles.

Specifications

  • Elevated-Feed Base
  • Fibreglass Whip with Black Heat Shrink
  • Heavy Duty Braid Copper Element
  • Ground Independent Design
  • 6.6dBi Gain
  • Length: 850mm

What's Included

  • 6.6dBi Antenna Whip (AE4018)
  • Elevated-Feed Base & Lead Assembly (ABL002)
  • PL259 Antenna Plug (PL2592S)

Compatibility

  • Universal Part

GME’s range of elevated-feed UHF CB radio antennas provide a gain of 6.6 dBi for a great all round performing antenna.

Elevated-feed antennas provide high performance in virtually any mounting position.

The elevated feed-design helps raise the radiating element above the vehicle roof or other obstructions to provide a strong, omni-directional pattern and high performance when mounted on a vehicle gutter, fender or bull bar.

The ability to remove the 6.6dBi whip and replace with a smaller 2.1dBi option allows for a broader radiation pattern which is less likely to be affected by obstacles.

These antennas are a popular choice for the heavy vehicle industry and fleet vehicles.

  • Elevated-Feed Base
  • Fibreglass Whip with Black Heat Shrink
  • Heavy Duty Braid Copper Element
  • Ground Independent Design
  • 6.6dBi Gain
  • Length: 850mm
  • 6.6dBi Antenna Whip (AE4018)
  • Elevated-Feed Base & Lead Assembly (ABL002)
  • PL259 Antenna Plug (PL2592S)
  • Universal Part

Best Sellers