SS175C-20-MW-10F - Airmar SS175 Medium CHIRP Transducer

Airmar SS175 Medium CHIRP Ultra-Wide 20� Tilted Element Thru-Hull

The Airmar SS175 Medium CHIRP transducer features a fixed 20� tilted design suitable for hull deadrise angles from 16� to 24�. This advanced transducer offers an impressive depth tracking capability of up to 400 meters (1,300 feet) with a power rating of 1 kW, making it an excellent choice for anglers targeting pelagic species.

Utilizing medium frequency ranging from 60-100 kHz, the SS175 provides a substantial beamwidth of 57� to 73� port/starboard and 16� average fore/aft, ensuring maximum coverage and superior fish-target separation. Designed for optimal performance at speed, the low-profile thru-hull housing minimizes water resistance.

The innovative transducer also includes a depth and fast-response water-temperature sensor, making it versatile for various fishing conditions. Exclusive Xducer ID� technology enhances performance and user experience.

Specifications:

With a ceramic element that can be mounted at angles of 20�, 12�, or 0�, the SS175 is engineered to be installed nearly flush against the hull, which corrects for deadrise and ensures accurate echo returns for clear imaging.

The Airmar SS175 Medium CHIRP Transducer is a thru-hull sonar solution designed for marine applications requiring precise depth tracking and fish-target separation. This unit is suitable for vessels with hull deadrise angles between 16� and 24�, utilizing a fixed 20� tilted element to ensure accurate echo returns. It operates within a medium frequency range of 60-100 kHz, providing a wide beamwidth of 57� to 73� port/starboard, which is beneficial for covering a larger area beneath the vessel. With a 1 kW power rating, it offers depth tracking capabilities up to 400 meters (1,300 feet). The low-profile thru-hull housing minimizes drag, and the transducer includes both depth and fast-response water temperature sensors. This product, part number SS175C-20-MW-10F, is intended for professional anglers and marine operators targeting pelagic species, where consistent performance and detailed underwater imaging are critical.