Raymarine Jack Plate Mount f/RV-100 RealVision 3D Transducer

The Raymarine Jack Plate Mount for RV-100 RealVision 3D Transducer is purpose-built for anglers running shallow-draft, high-speed outboard rigs who demand premium sonar performance without compromise. This mounting kit solves a critical challenge: securing Raymarine's advanced 3D RealVision transducer on bass boats, flats boats, and other vessel types where traditional transom-mount installations fall short. Anglers targeting structure in tight quarters, tournament fishermen, and guides operating in ultra-shallow water recognize that proper transducer positioning directly impacts target acquisition, bottom-hold integrity, and overall fish-finding reliability.

The Raymarine RV-100 Jack Plate Mount employs a precision engineering approach that allows independent vertical adjustment of the RealVision 3D RV-100 transducer, compensating for hull design, trim angle, and water conditions without remounting hardware. This jack plate system maintains stable sonar cone alignment across varying speeds and sea states—critical for 3D sonar clarity and live target imaging. The compact footprint, measuring 9 x 3 x 12 inches and weighing just 1.2 lbs, minimizes drag while providing robust mechanical support for the sensitive RV-100 transducer assembly, protecting your investment in advanced fishfinding electronics.

Boaters with outboard-powered shallow-draft vessels gain the flexibility to position the RV-100 transducer at optimal depth and angle regardless of trim setting, eliminating air entrainment, cavitation, and signal loss that plague fixed installations on performance boats. Installation pairs directly with Raymarine RV-100 RealVision 3D systems, ensuring plug-and-play compatibility and maintaining full warranty coverage. Whether you run a tournament bass platform, a backcountry flats skiff, or a multi-species shallow-water boat, this jack plate mount delivers repeatable, adjustable transducer positioning that professional anglers and serious recreational boaters depend on for consistent, high-confidence sonar performance.