Pacific Aerials P6115 Pro Series Nylon Thru-Deck Antenna Mount w/5m Cable
CAD $71.75
CAD $82.51
SKU
944-P6115
The Pacific Aerials P6115 Pro Series Nylon Thru-Deck Antenna Mount - the ultimate solution for seamless connectivity on the high seas.
Introducing the Pacific Aerials P6115 Pro Series Nylon Thru-Deck Antenna Mount with 5m Cable - the ultimate solution for seamless connectivity on the high seas. Designed specifically for antennas 3' or less, this mount is crafted with durable nylon material, ensuring long-lasting performance even in the harshest marine conditions.
With its sleek and compact design, this antenna mount seamlessly integrates into your boat's deck, providing a secure and stable platform for your Pro Series VHF and Cellular Antennas. Say goodbye to unreliable connections and hello to uninterrupted communication, whether you're out on a fishing expedition or simply enjoying a leisurely cruise.
The Pacific Aerials P6115 Pro Series Nylon Thru-Deck Antenna Mount comes complete with a generous 5m low-loss RG-58AU coax cable, guaranteeing optimal signal strength and minimal interference. No more frustrating dropouts or weak signals - stay connected with confidence.
Equipped with FastFit connectors, installation is a breeze. Simply plug and play, and you're ready to go. No need to waste time fumbling with complicated setups or hiring a professional - this mount is designed with convenience in mind.
Crafted by Pacific Aerials, a trusted name in marine communication, this antenna mount is built to withstand the rigors of the open water. Whether you're battling rough waves or extreme weather conditions, rest assured that your antenna will remain securely in place, providing you with reliable communication when you need it most.
Upgrade your boating experience with the Pacific Aerials P6115 Pro Series Nylon Thru-Deck Antenna Mount. Don't settle for subpar connections - invest in a mount that delivers exceptional performance and peace of mind. Order yours today and stay connected on the water like never before.