PF AN NVHF00044T - Scout Titan Series 4' White VHF Antenna 3dB Stainless Steel Ferule w/5M RG-58 Includes PL-259

4' White VHF Antenna 3dB Stainless Steel Ferule with 5M RG-58 Includes PL-259

The TITAN series antennas perfectly combine the technical characteristics of robustness and performance of 8' antennas in just 4’ of length. Constructed from a solid 2 mm thick fiberglass body, with an electropolished AISI 316 stainless steel ferrule featuring an exclusive conical design, solid internal brass and copper elements, and empowered by the original Scout foam injection system, which allows these antennas to boast an IP69 water resistance level. The antennas (VHF and AIS models) are supplied with 6m (20’) low-loss RG-58 coax cable with a pre-installed FME female connector, to allow a quick connection to the VHF/AIS device without the need for plugging and soldering, thanks to the FME male/PL male adapter (included). With the high gloss anti-UV finish and excellent transmission/reception performance, the TITAN series is a premium choice for any type of powerboat.

Features:

• Top performance with 4’ high
• Marine foam injected, IP69 waterproof
• Stainless steel ferrule
• Pre-installed connectors
• Multiple installation options
• Side or bottom cable exit
• Exclusive design made in Italy

The Scout Titan Series 4' White VHF Antenna is designed for marine and air band radio applications, offering a compact form factor for installations where an 8' antenna may be impractical. This antenna, part number PF AN NVHF00044T, features a 2mm thick fiberglass body and an electropolished AISI 316 stainless steel ferrule for durability in marine environments. Internal brass and copper elements, combined with Scout's foam injection system, contribute to its IP69 water resistance rating. It is supplied with 5 meters of RG-58 coax cable and a PL-259 connector for integration with VHF devices. The Titan series aims to provide reliable transmission and reception performance for powerboat applications, offering a balance of size and functionality.