XDCR STRUCTURESCAN3D+LO/HITHRU-HULL

Unlock the Power of True 3D Sonar Imaging with Maximum Clarity

The XDCR StructureScan 3D+ LO/Hi Thru-Hull transducer delivers next-level sonar performance for serious anglers and offshore professionals. Designed for Lowrance and Simrad systems, this high-performance thru-hull model brings enhanced StructureScan 3D imaging together with Low/High CHIRP sonar in one rugged unit.

Whether you’re mapping structure-rich seafloors, tracking fish in deep water, or navigating tight inlets, this transducer offers a comprehensive and detailed underwater view — all in real-time 3D. The thru-hull design ensures a clean hull profile and optimal sonar performance at high speeds.

🔧 Key Features

• StructureScan 3D+ Technology: View high-definition, three-dimensional images of the underwater environment beneath and around your vessel.

• Low/High CHIRP Sonar: Combine low-frequency deep-water penetration with high-frequency clarity for versatile coverage.

• Thru-Hull Mount: Ideal for larger boats or vessels requiring a permanent, professional-grade installation.

• High Performance Imaging: Crisp, wide-angle views of fish, wrecks, reefs, and contours.

• Compatible with Simrad & Lowrance: Seamless integration with NSS, NSO, and HDS LIVE/Carbon units.

• Rugged Construction: Built to withstand harsh marine environments, including saltwater corrosion and impact.

🧭 Ideal For:

• Saltwater and freshwater fishing

• Offshore navigation and structure mapping

• Tournament anglers needing precise 3D imaging

• Boat owners requiring a thru-hull solution for minimal drag

📦 Product Details

• Model: XDCR STRUCTURESCAN3D+LO/HITHRU-HULL

• Mount Type: Thru-Hull

• Sonar Frequencies: Low and High CHIRP, 455kHz & 800kHz

• Material: Marine-grade bronze or stainless (model dependent)

• Cable Length: Standard 6-meter cable

• Warranty: Manufacturer’s warranty included

• Compatible Brands: Lowrance, Simrad

🛠 Installation Tips:

Professional installation is recommended for thru-hull models. For dual-engine or stepped hull configurations, ensure proper placement to avoid turbulence or aerated water zones.