Reliable and Efficient Marine Transducer

The Airmar SS60-12-8G is a high-performance transducer designed for marine applications, delivering accurate depth and temperature readings for a superior navigation experience. Featuring a tilted element, this transducer ensures optimal sonar performance with clear and precise readings at both low and high frequencies.

Built for durability in marine environments, the SS60 model is crafted with a stainless steel housing, offering excellent resistance to corrosion and harsh sea conditions. Its advanced design enhances sonar return, making it an excellent choice for anglers, commercial fishers, and boaters looking for reliable underwater data.

Dual-Frequency Capability for Enhanced Sonar Imaging

Equipped with both 50 kHz and 200 kHz frequencies, this transducer allows users to switch between wide and narrow beam coverage, providing detailed images of underwater structures and fish targets. The lower frequency (50 kHz) offers deeper water penetration, while the higher frequency (200 kHz) ensures crisp, high-resolution imaging in shallower waters.

Optimized Tilted Element Design

The 12-degree tilted element is engineered for vessels with moderate hull deadrise angles, ensuring accurate sound wave transmission and eliminating the need for a fairing block. This streamlined installation improves sonar performance while maintaining a sleek hull profile.

Seamless Garmin Connectivity

Featuring an 8-pin Garmin connector, the SS60-12-8G integrates seamlessly with compatible Garmin sonar systems, ensuring easy installation and reliable data transmission.

Highlights

• Dual-frequency operation (50/200 kHz) for versatile sonar performance
• 12-degree tilted element for enhanced accuracy on hulls with moderate deadrise
• Durable stainless steel housing for long-lasting marine use
• Compatible with Garmin sonar systems via an 8-pin connector
• Ideal for both deep and shallow water applications

This transducer is a dependable choice for marine enthusiasts seeking precision, durability, and seamless connectivity on the water.