Antennas & Receivers (Accessories & Spare Parts) for sale, page 12

Mobile mark ltm301-3j3j00-wht-180-sp gnss multiband surface mount antenna (new)

Alameda, California, United States
Jul 19th

Mobile Mark LTM301-3J3J00-WHT-180-SP-379 GNSS Multiband Surface Mount Antenna (Brand New) Free USPS Flat Rate Priority Padded Envelop Shipping to the United States Only!

Apx 8500 three band vhf uhf 800 interior glass mount multi-band antenna system

Las Vegas, Nevada, United States
Jul 19th

Wideband Embedded style Patch replacement type Antenna Frequency Range: 150-900 MHzGain: Unity Designed for covert operations which require an effectively invisible antenna hidden inside the car on the windshield or rear window or above the headliner or even the bumper of a vehicle. Installed at either front and rear of the vehicle, this dual kit will help you create an omnidirectional pattern around the vehicle allowing better network coverage and an optimal performance.

Apx 8500 three band vhf uhf 800 interior mount multi-band antenna chevy tahoe

Las Vegas, Nevada, United States
Jul 19th

Wideband Embedded style Patch replacement type Antenna Frequency Range: 150-900 MHzGain: Unity Designed for covert operations which require an effectively invisible antenna hidden inside the car on the windshield or rear window or above the headliner or even the bumper of a vehicle. Installed at either front and rear of the vehicle, this dual kit will help you create an omnidirectional pattern around the vehicle allowing better network coverage and an optimal performance.

Apx 8500 three band vhf uhf 800 interior mount multi-band antenna universal

Las Vegas, Nevada, United States
Jul 19th

Wideband Embedded style Patch replacement type Antenna Frequency Range: 150-900 MHzGain: Unity Designed for covert operations which require an effectively invisible antenna hidden inside the car on the windshield or rear window or above the headliner or even the bumper of a vehicle. Installed at either front and rear of the vehicle, this dual kit will help you create an omnidirectional pattern around the vehicle allowing better network coverage and an optimal performance.