B785C-M-MM - Airmar B785C Transducer Medium CHIRP With Mix-N-Match Plug

Airmar B785C Triducer Medium CHIRP

• Depth & fast-responDepth and fast-response water-temperature sensing
• 600 W of power
• Medium frequency: 80 to 130 kHz
• 24 deg to 16 deg beamwidth
• Maximum depth of 274 m (900 feet)
• 50 kHz of total bandwidth from one transducer
• Covers popular fishing frequencies of 88 and 107 kHz plus everything else in the bandwidth
• Medium frequency provides excellent shallow to mid-depth performance, bottom detail, and fish-target separation
• Recommended for use on planing or displacement hull
• Bronze housing with High-performance Fairing for optimal performance at higher speeds
• Patented Xducer ID(R) technology

The B785M is an economical, Chirp-ready transducer designed for offshore fishing and freshwater anglers. Operating at a frequency range of 80 to 130 kHz, this transducer reveals fish in shallow, murky waters at medium depths up to 274 m (900 feet) along with ultra-clear target resolution. A thru-hull, Chirp transducer perfectly suited for smaller fishing boats.

The included High-performance Fairing improves broadband performance at speeds over 30 knots (34 MPH).

• B785C-M-MM Triducer
• Fairing Block
• Anti-rotation Bolt
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The Airmar B785C-M-MM is a medium CHIRP transducer designed for marine applications, specifically for integration with compatible fishfinder systems. This unit is suitable for businesses and IT professionals managing fleets or individual vessels requiring precise underwater imaging capabilities. It addresses the need for accurate depth sounding and fish detection in various water conditions by utilizing medium CHIRP technology, which provides improved target separation and clarity compared to traditional fixed-frequency transducers. The inclusion of a Mix-N-Match plug offers installation flexibility, allowing for easy connection to different fishfinder brands and models. This transducer is a core component for enhancing navigational awareness and optimizing fishing operations through reliable underwater data acquisition.