Free Shipping Furuno Tm150m Medium Chirp Transom Mount Transducer With 10 Pin Connector [tm150m] With A 80% Price Cut [RjXTbMLn]

Furuno TM150M Medium CHIRP Transducer

The Furuno TM150M Medium CHIRP Transom Mount Transducer is a game-changer for recreational anglers seeking advanced fish-finding technology. This transducer, designed for both offshore and freshwater fishing, offers unparalleled clarity and detail, allowing you to spot fish, structures, and bottom contours with ease. With its broad frequency range and CHIRP technology, the TM150M delivers exceptional target resolution, making it an essential tool for any angler looking to elevate their fishing experience.

Advanced Features and Specifications

The TM150M transducer is equipped with a depth and water temperature sensor, ensuring you have all the critical information at your fingertips. Ideal for inshore and coastal fishing, this transducer tracks the bottom at higher boat speeds, providing wider arches and beamwidths of 26° to 17°. The CHIRP technology operates at a frequency range of 95-155 kHz, offering 60 kHz of total bandwidth from a single transducer. This transducer is available in a plastic transom-mount configuration with a bracket and hardware, or with a custom transom housing and cover for a seamless installation. It is compatible with hull types such as fiberglass, wood, or metal, and features an internal ceramic and exclusive Xducer ID® technology for optimal performance.

Practical Uses and Target Audience

Whether you're a freshwater angler looking for suspended fish near structures or an offshore fisherman targeting deeper waters, the Furuno TM150M Medium CHIRP Transducer is designed to meet your needs. Its versatile design and advanced features make it a perfect fit for both beginners and experienced anglers. With its ability to reveal fish in shallow, murky waters at medium depths up to 2,500 feet*, the TM150M is an invaluable asset for any fishing trip. Upgrade your fishing equipment today and experience the difference that CHIRP technology can make.