B75C-0-M-12F - Airmar B75C-0-M 0d Tilt Medium CHIRP Furuno 12-Pin Cable

Airmar B75C 0° tlted element Medium CHIRP Bronze Thru Hull with Furuno 12-Pin Mix-N-Match Cable

• Depth & fast-response water-temperature sensor
• 600 W of power with a maximum depth of 274 m (900')
• Medium frequency: 80 to 130 kHz
• 24° to 16° beamwidth
• Medium frequency provides good shallow-water performance, bottom detail, and deeper performance than high-frequency band
• Low-profile, thru-hull housing delivers good display resolution at speed when installed properly
• Bronze housing for use in a fiberglass or wood hull
• Patented Xducer ID® technology

Airmar’s low-profile, Chirp-ready, transducer models are the perfect addition to smaller boats such as center consoles. Operating at a frequency range of 80 to 130 kHz, the B75M delivers up to 50 kHz of total bandwidth in just one installation. This transducer shows amazing bottom detail in shallow and medium depths down to 274 m (900').

When the transducer is installed almost flush to the hull, the tilt of the element corrects for the hull deadrise, orienting the beam directly down. This ensures maximum echo returns to the transducer and more accurate depth readings.

• B75C-0-M-MM
• MMC-12F Cable

The Airmar B75C-0-M-12F is a bronze thru-hull transducer designed for marine applications, providing depth and water temperature sensing. It operates within a medium CHIRP frequency range of 80 to 130 kHz, offering a 24� to 16� beamwidth. This transducer is suitable for fiberglass or wood hulls with a deadrise between 0� and 7�, utilizing a 0� tilted element to correct for hull deadrise and optimize beam orientation. With 600 W of power, it can achieve a maximum depth of 274 meters (900 feet). The medium frequency band is engineered to provide detailed bottom information in shallow to medium depths, balancing performance between high and low-frequency bands. It includes a Furuno 12-Pin Mix-N-Match Cable and features Airmar's Xducer ID technology, making it a practical solution for smaller vessels requiring reliable underwater data.