T70544 - Raymarine RVM-420 Thru-Hull Transducer Pair - 20� Deadrise

RVM-420 Thru-Hull Transducer Pair - 20� Deadrise

The RVM-400 series transducers are equipped with DownVision�, SideVision�, 600-Watt High CHIRP, and 3D sonar capabilities. They include a built-in attitude and heading reference system (AHRS) that stabilizes 3D sonar imagery, compensating for vessel motion automatically. This series is also enhanced with a fast-response water temperature sensor for precise readings.

The RVM-420 is specifically designed for vessels with 15� to 25� of deadrise, featuring transducers that are tilted at 20� to account for the hull's angle. The innovative design includes titled offset sonar elements housed in surface mount enclosures, which align the sonar's beam patterns for optimal performance while reducing drag and turbulence that can occur with traditional fairing-block installations. Each package includes a Y-Cable harness that connects the transducers and an 8-meter transducer extension cable.

*Compatible with Axiom 2 Pro RVM series and RVM1600 Sounder Module

The Raymarine RVM-420 Thru-Hull Transducer Pair (part number T70544) is an Other Vehicle Electronics component designed for marine vessels. This transducer system is engineered for hulls with a deadrise between 15� and 25�, utilizing 20� tilted offset sonar elements to ensure optimal beam alignment without requiring traditional fairing blocks. It integrates DownVision, SideVision, 600-Watt High CHIRP, and 3D sonar capabilities, providing comprehensive underwater imaging. A built-in attitude and heading reference system (AHRS) stabilizes 3D sonar imagery by automatically compensating for vessel motion, which is critical for maintaining clear sonar returns in dynamic conditions. The unit also includes a fast-response water temperature sensor for accurate environmental data. This system is suitable for IT professionals or procurement specialists managing marine electronics for commercial or recreational fleets, addressing the need for stable, high-performance sonar data acquisition on appropriately specified vessels. It aims to solve challenges related to accurate underwater mapping and target identification by providing stable, high-resolution sonar data.