Base Antennas

Made of aluminum and fitted with coaxial cable, it has a low main-lobe-angle radiation pattern, ensuring excellent signal coverage and high performance for repeater stations. Ideal for fixed applications that require stability and range.

The AP20026 antenna is a UHF folded dipole model, ideal for professional applications in the 420 to 480 MHz range. Lightweight, durable and easy to install, it needs no tuning and has an international-standard female N connector. Its versatile mount allows vertical or horizontal installation. Its radiating element is hermetically sealed, ensuring high durability and performance even in extreme weather.

UHF folded dipole base antenna, made of high-strength materials and developed for the TETRA band (380–420 MHz), offering easy installation, long durability and reliable performance.

The AP20702 antenna is a 8 element collinear model, ideal as a base antenna for VHF repeater stations. It operates from 155 to 174 MHz and has a 1:2 power divider for 134 to 174 MHz. With a sturdy aluminum build and high-quality coaxial cable, it offers excellent signal coverage thanks to its low main-lobe-angle radiation pattern — ensuring high performance and efficient range

The Directional UHF YAGI Base Antenna 5 Elements 800 to 870 MHZ is made of high-quality aluminum with a white epoxy paint finish. Lightweight and easy to install, it needs no tuning and has an international-standard female N connector, plus a versatile mount allowing vertical or horizontal installation.

The Directional UHF YAGI Base Antenna 2 Elements 410 - 480 MHz- AP20010 is a UHF YAGI antenna made of high-quality aluminum, epoxy resin and rubber resistant to ozone, weather and chemicals. Lightweight and easy to install, it needs no tuning and has an international-standard female N connector, plus a versatile mount allowing vertical or horizontal installation. The radiating assembly is hermetically sealed with resin that withstands severe weather, ensuring flawless operation, long service life and high mechanical strength.