Huge Savings Garmin B175l Bronze 20 Degree Thru-hull Transducer - 1kw, 8-pin [010-11938-22] Save 85% Now [S51J7iyp]

Garmin B175L Bronze Transducer - Versatile Depth Measurement

Introducing the Garmin B175L Bronze 20 Degree Thru-Hull Transducer, a premium choice for boat enthusiasts seeking accurate and versatile depth measurement. This high-performance transducer is designed for both fiberglass and wood hulls, offering a seamless installation that protrudes less than 1/4" outside the hull. With its flush-mounted bronze housing and tilted element, it adapts to all hull deadrises, eliminating the need for a fairing block. The B175L provides maximum flexibility with low, medium, and high frequency versions, ensuring you can choose the frequency that best suits your needs.

Technical Specifications and Benefits

The Garmin B175L Bronze Transducer boasts an impressive maximum depth rating of 3,000 feet, making it suitable for a wide range of water conditions. It supports deadrise and transom angles between 16-24°, accommodating various boat types. The 1kW power output guarantees strong and clear depth readings, even in challenging environments. Additionally, the 8-pin connector ensures a secure and reliable connection to your Garmin fishfinder or chartplotter. This transducer comes with a 39' cable length, offering ease of installation and flexibility.

Practical Uses and Target Audience

Whether you're a recreational angler or a professional fisherman, the Garmin B175L Bronze Transducer is a valuable addition to your boat's equipment. Its ability to accommodate different hull types and deadrises makes it an ideal choice for a wide range of vessels. With its low profile and durable construction, this transducer can withstand the rigors of saltwater environments without damage. Perfect for everyday use, the B175L provides essential depth information to help you navigate and fish more effectively. Upgrade your boat's navigation system today with the Garmin B175L Bronze Transducer, and experience the difference in depth measurement and performance.