Holiday Special Airmar Ss175c-0-l 0d Tilt Low Chirp With Navico 9-pin Massive 70% Savings [YMk7sHia]

Airmar SS175C-0-L Tilt Low Chirp Transducer

The Airmar SS175C-0-L Tilt Low Chirp Transducer is a top-tier choice for those seeking excellence in depth and water-temperature sensing. This transducer, designed for boats up to 11 meters (36'), is a beacon of performance and innovation. With its low-profile, high-performance design, it ensures exceptional resolution at speed when installed properly. Its unique tilt feature, combined with the Navico 9-pin connection, makes it a perfect fit for smaller boats like center consoles, delivering superior deep water performance.

Technical Specifications and Features

The SS175C-0-L transducer boasts a 1 kW power output and operates on a low frequency range of 40 kHz to 60 kHz, reaching a maximum depth performance of 762 meters (2500'). This model features a stainless steel housing, suitable for stepped, planing, or displacement hulls in fiberglass, wood, or metal. The exclusive Xducer ID® technology ensures precise identification and compatibility. The transducer is designed with a tilt angle to correct for hull deadrise, resulting in more accurate depth readings and maximum echo returns. Here are some key features:

• Depth and Temperature Sensing: Provides reliable depth and fast-response water-temperature readings.
• High Performance: Delivers great deep water performance and exceptional resolution at speed.

Practical Applications and Benefits

The Airmar SS175C-0-L Tilt Low Chirp Transducer is ideal for a wide range of boating activities. Whether you're exploring deeper waters or navigating through complex underwater terrain, this transducer ensures you have the best possible view beneath your vessel. Its low-profile design and high bandwidth make it a perfect addition to smaller boats, enhancing your fishing, diving, or recreational boating experiences. With its versatility and cutting-edge technology, the SS175C-0-L is a must-have for any boater seeking top-notch performance and accuracy.