FURUNO DFF1UHDPLU Black Box TrueCHIRP Sonar with Side Sides

For Use With NavNet TZtouchXL Multi Function Display; 9-1/2 Inch Width x 2.3 Inch Depth x 5.8 Inch Height; CW 50 To 200 kHz/ CHIRP 40 To 225 kHz/ CHIRP Side-Scan 230 Or 455 kHz; 12 To 24 Volt DC; -4 To 131 Degree Fahrenheit; IPX6 Waterproof; With Power Cable/ Pin Cable/ 12-10 Pin Cable/ 5 Meter LAN Cable/ Waterproof RJ45 Adapter Cable/ Four Self Tapping Screws

The FURUNO DFF1UHDPLU Black Box TrueCHIRP Sonar with Side Sides delivers advanced underwater imaging for enhanced fishing and navigation experiences. Designed for professional and recreational mariners, this high-performance sonar provides exceptional target separation and detailed underwater views. Its compact design ensures easy integration into existing systems without sacrificing performance or reliability.

Built with innovative TrueCHIRP technology, the DFF1UHDPLU offers clear, high-resolution images across a broad range of depths. The Side Sides feature expands the viewing area, allowing users to scan large sections of the seabed or underwater structures simultaneously. This capability improves situational awareness and helps identify fish schools, underwater hazards, or structure with precision.

The FURUNO DFF1UHDPLU is engineered with durability in mind, suitable for harsh marine environments. Its robust construction and efficient power usage ensure consistent operation during extended voyages. The unit's compact size makes it ideal for installation in various vessel configurations while maintaining optimal performance. Whether used for fishing, navigation, or research, this sonar system enhances your maritime capabilities with reliable, high-definition imaging.

Features:

• High-resolution TrueCHIRP technology for clear underwater imaging

• Side Sides expands scanning area for comprehensive seabed analysis

• Compact design allows easy integration into various vessel systems

• Durable construction suitable for harsh marine environments

• Efficient power usage ensures reliable operation during extended use