Description
StructureScan 3D Thru Hull with L/H Chirp and StructureScan 3D
StructureScan 3D thru hull transducer with Low and High CHIRP. Single transducer for flat to hull mounting or fits deadrises up to 5 degrees with fairing block.
StructureScan 3D connectors connect to a StructureScan 3D module, CHIRP connector includes XID in the 9 pin connector and connects directly to the MFD.
The Navico StructureScan 3D Thru Hull transducer offers advanced imaging capabilities for precise underwater mapping and fishfinding. Equipped with Low and High CHIRP technology, this transducer provides detailed images of submerged structures and fish schools, enhancing your fishing and navigation experience. Its versatile design allows for flat to hull mounting or fitting deadrises up to 5 degrees with an included fairing block, making it adaptable to a variety of vessel hulls. The transducer connects seamlessly to a StructureScan 3D module via dedicated connectors, and the CHIRP connector integrates directly with compatible MFDs, ensuring straightforward installation and reliable performance. Constructed for durability and accuracy, this transducer is an essential component for serious anglers and marine professionals seeking comprehensive underwater insights. Its compact design and robust build make it suitable for demanding marine environments, delivering high-resolution imaging that can improve catch rates and navigation safety. The Navico StructureScan 3D Thru Hull with L/H Chirp combines innovative technology with practical installation features, making it an excellent choice for enhancing your vessel’s sonar capabilities.
Features:
- StructureScan 3D imaging provides detailed underwater visuals
- Low and High CHIRP for enhanced target separation and clarity
- Universal mounting options: flat to hull or deadrise up to 5 degrees with fairing block
- Connects to StructureScan 3D module and directly to MFDs via XID connector
- Durable construction designed for demanding marine environments
Details
truck_freight: |
No |
oversized: |
No |