Problem Solver Raymarine Cp370 Digital Sonar Module [e70297] Buy Now [CZE76WRM]

Experience Unmatched Sonar Clarity with Raymarine CP370

The Raymarine CP370 Digital Sonar Module is a game-changer for offshore and coastal fishing enthusiasts. With its cutting-edge ClearPulse™ digital sonar processing, the CP370 offers exceptional clarity and sharper fish targets, ensuring you spend less time adjusting the sonar and more time reeling in the catch. This high-performance module is designed to elevate your fishing experience, whether you're targeting game fish in coastal waters or exploring deeper offshore territories.

Powerful Performance and Enhanced Targeting

The CP370 Digital Sonar Module is powered by up to 1,000 watts, allowing you to track the sea floor down to an impressive 5,000 feet (1,500m). Its dual-frequency (50/200 kHz) sonar is perfect for both inshore and offshore fishing, providing you with the precision needed to navigate complex underwater landscapes. The ClearPulse™ signal processing intelligently manages the sonar parameters, delivering a clutter-free display and revealing fish targets with exceptional clarity. Here are some of the key features that make the CP370 stand out:

• Smarter target intensity controls for enhanced fish visibility
• Enhanced digital filtering for clearer fish targets throughout the water column

Reliable and User-Friendly

The Raymarine CP370 is built to withstand the demands of the sea, with an IPX6 waterproof rating and a robust 12/24VDC power supply. Its standard zoom feature allows for detailed analysis of the underwater environment, while the automatic noise filtering and auto sensitivity control ensure optimal performance in all conditions. This versatile sonar module is recommended for coastal fishing and is compatible with a wide range of Raymarine chartplotter systems. Here are some of the practical uses of the CP370:

• Accurate bottom tracking in challenging conditions
• Improved bottom tracking algorithms for reliable performance at high speeds and across canyons