Axis AK2.5GM is ideal for those in need of a discrete UHF antenna set-up. The transparent On-Glass antenna is an innovation combining the need for a covert and high-performing antenna. As this range of On-Glass antennas are mounted on the inside of the windshield there is no oppo.. More Details
Axis AK4.5GM is ideal for those in need of a discrete UHF antenna set-up. The transparent On-Glass antenna is an innovation combining the need for a covert and high-performing antenna. As this range of On-Glass antennas are mounted on the inside of the windshield there is no oppo.. More Details
The GME AE5002 on-glass antenna is an innovation that is a superior alternative to the common on-glass antennas. It is mounted on the inside of the glass. Excellent for people who do not want to mount a uhf cb antenna on the outside of the vehicle.
Features
2.1dBi g.. More Details
GME is excited to introduce the latest innovation in UHF antennas, our new covert transparent On-Glass Antenna, the AE5004.
The AE5004 is ideal for those in need of a discrete UHF antenna set-up. The transparent On-Glass antenna is an innovation combining the need for a covert and high-performing.. More Details
The AP454-3G UHF CB antenna Series is a third generation glass mount antenna for UHF CB applications.
Featuring patented On-Glass® technology, the AP454 transmits and receives through the glass making it ideal for fleet us with no holes installation.
Features
- Ease of installation
- Hig.. More Details
The AP454 Series is a third generation glass mount antenna for UHF applications. The AP454-3G Series is a third generation glass mount antenna for UHF applications.
Featuring patented On-Glass® technology, the AP454 transmits and receives through the glass making it ideal for fleet us with no h.. More Details
OZU-3 is the shortest UHF whip at 23 cm with 2.1 dBi gain offering a 20 MHz bandwidth in the UHF range 477 MHz.
A vehicle on-glass mount antenna is a popular alternative to other bracket mounted antennas.
These OZ series UHF models can be trimmed in the field to the desired centre frequency usin.. More Details