Shakespeare - Low Profile Skinny Mini VHF Antenna - 36"

Navigating Waters with Clarity: The Shakespeare Skinny Mini Antenna

Discover the ultimate communication upgrade for your vessel with the Shakespeare Style 5250 Skinny Mini. Expertly crafted for those tight spaces on board, this 3 ft. VHF Marine Band antenna is the perfect companion for bass boats, fishing escapades, and compact watercraft. Dive into a world where space constraints don't compromise communication.

Deep Dive into the Features:

• Designed for the tightest spaces yet uncompromising on performance.
• Chrome brilliance: Brass canister that fights off de-tuning.
• A fusion of durability: Stainless steel meets sealed, tin-plated copper.
• Setup without the fuss: Comes with a 15' RG-58 cable and a trusty PL-259 connector.
• Simplified elegance with its single-section design.
• Installation note: Ensure your mount is ready with a center hole for cable passage.

Tuning into the Technical:

The magic lies in its end-fed 1/2-wave stainless steel whip – ensuring clear and potent communication on the VHF Marine Band. Its compact nature belies its prowess, making installations in tight spots a breeze. But it's not just about size; the chrome-plated brass canister stands guard against de-tuning, ensuring that your signals remain crystal clear.

Further bolstering its stature is the robust stainless steel whip paired with a sealed, tin-plated copper wire coil, designed to withstand the caprices of marine environments. The inclusion of a 15' RG-58 cable and PL-259 connector means you're ready to connect and communicate in no time. Do check for a center hole in your mount to seamlessly accommodate the included cable.

The Heart of the Matter: Product Highlights

• Masterfully compact and feather-light.
• Brass canister with chrome finish: Beauty meets performance.
• Durable core: Stainless steel whip teams up with a sealed, tin-plated copper wire coil.
• Ready-to-connect with a 15' RG-58 cable and PL-259 connector.
• Embracing simplicity with its single-section design.