Original Shakespeare 6018r 17' 6"" Vhf Antenna 9db 2-piece Phase Iii - Beat The Rush [yDhS1zMV]

Shakespeare 6018-R VHF Antenna: Unmatched Performance

The Shakespeare 6018-R 17' 6" Phase III Marine VHF Antenna is a top-tier choice for boaters seeking exceptional communication reliability. Crafted with precision, this antenna boasts a 9dB gain, ensuring clear and strong signals across the VHF Marine Band. Its 2-piece design offers ease of installation and convenient storage, making it a versatile addition to any marine setup. With its robust silver-plated elements and high-strength fiberglass radome, this antenna is built to withstand the harshest conditions at sea.

Key Features and Specifications

The Shakespeare 6018-R Marine VHF Antenna is engineered with top-notch features for superior performance. It features a silver-plated outer conductor and copper inner conductor for optimal signal transmission. The versatile mounting sleeve accommodates both standard 1in-14 thread and mast mounts, providing flexibility in installation. The PL259 connector within the mounting sleeve simplifies the process of mounting and dismounting for convenient stowage. This antenna is designed to work seamlessly with Shakespeare® Style 409-R or 410-R Mounting Kits. Its specifications include a maximum power input of 150 watts, a SWR of less than 1.5:1 at 156.8 MHz, and a bandwidth of 3 MHz within 2.0:1 VSWR.

Perfect for Diverse Marine Applications

The Shakespeare 6018-R Marine VHF Antenna is an invaluable tool for boaters who rely on reliable communication. Whether you're out for a leisurely day trip or engaging in intense offshore activities, this antenna delivers consistent performance. Its high-gloss, non-yellowing polyurethane finish ensures longevity and aesthetic appeal. This antenna is ideal for those who demand the best in marine communication, providing peace of mind and enhanced safety on the water. Upgrade your marine communication system with the Shakespeare 6018-R and experience the difference in clarity and dependability.