The new TX2720 is a 4 watt DIN size 27 MHz AM CB radio with improved performance to the transmitter and receiver. This new model has had a design change to match the face of the TX4500. In addition, the unit now comes with the MC516B hand microphone and flush mount kit for standard DIN size mount.
Rugged, high performance Antennas to suit Australia's harsh conditions
The AE4700 series is an adaptable antenna system with the coaxial termination embedded within the spring assembly with easy screw down fit of the whip. This allows for interchange ability of whips depending on the operating conditions and application, shorter lengths and lower gain for hilly terrain and longer lengths with higher gain for travelling on open roads with flat terrain. These antennas are a popular choice for 4WD caravans and heavy vehicles.
Black fibreglass radome with electro polished ferrule and stainless steel parallel spring, 4.5 m of low loss coaxial cable.
Features
Ground Independent
2.1 dBi Gain
Length 580 mm
AE4001 UHF Flexible Antenna, SS 2.1dBi
Rugged, high performance Antennas to suit Australia's harsh conditions
This flexible compact antenna has a chrome ferrule and is suitable for a range of applications for space minimisation. The antenna is unity gain and uses a standard 5/16" thread which is interchangeable on a range of bases. Whip is stainless steel.
For more information on selecting a suitable land antenna, click here.
Product Details
Stainless steel whip
Ground Dependent
2.1 dBi
Length 150 mm
In the Box:
Whip only
AE4017K2 - 477 MHz Antenna
Elevated Feed Base, Spring and Black Whip Set.
*This product is not designed for bull bar mounting.
Features
Ground Independent
Length 860 mm
Supplied with:
4.5 m Coaxial cable and PL259.
DIN MOUNTING CRADLE TO SUIT TX4400 TX2700 TX4500S GME MK004
Product Details. DIN size mounting cradle to suit TX4400 and TX2700 TX4500S. In the Box: Radio mounting bracket. Product Specifications. Product Details. DIN size mounting cradle to suit TX4400 and TX2700. In the Box: Radio mounting bracket.
