529-VW-S - Digital Antenna 8' VHF Antenna - White

529-VW-S 8' VHF Antenna - White

6dB Gain

Digital Antenna's ultimate, award-winning 8' VHF antennas combine 6 dB gain, ruggedness and a pristine finish to give you the most superior antenna available. Even in the harshest conditions, these antennas will maintain their beautiful glossy finish for years. Built to withstand high speeds, these antennas are ideal for radar arches and T-tops on speedboats, yachts and commercial vessels.

Customers and installers love the 500 GOLD Series easy installation connector system. The gold factory-attached mini-UHF female connector with PL-259 (UHF) adapter makes connecting to the radio easy, eliminating the need to solder connectors.

All of our antennas are made in the USA, assembled, tested and tuned by hand for maximum performance, quality and durability.

8' VHF Antennas Feature:

• Powerful brass radiators
• Soldered connections
• Power directing ferrite choke bead
• High gloss urethane finish
• 316 stainless steel ferrule
• 6dB gain

500 GOLD Series:

• Mount: Standard 1"14 threaded base
• Connector: Gold factory-attached mini-UHF female with mini-UHF male to UHF male (PL259) adapter
• Cable: Includes 20' of our low-loss, tinned braid, foil shielded, UV stable RG-8X marine cable

The Digital Antenna 529-VW-S is an 8-foot VHF antenna designed for marine and air band radio applications. This antenna is suitable for speedboats, yachts, and commercial vessels, particularly those operating at high speeds or in demanding marine environments. It features 6 dB gain and is constructed with brass radiators, soldered connections, and a 316 stainless steel ferrule, all finished with a high-gloss urethane coating for durability. The 500 GOLD Series connector system includes a factory-attached mini-UHF female connector and a PL-259 (UHF) adapter, simplifying installation by eliminating the need for soldering. It also comes with 20 feet of low-loss, tinned braid, foil-shielded, UV-stable RG-8X marine cable. This product addresses the need for reliable VHF communication in harsh conditions and offers straightforward integration into existing radio systems.