High-Performance Side-Scan Imaging for Precision Marine Navigation

The Furuno 455T-PR903 Side-Scan Thru-Hull Transducer Pair is engineered for superior underwater imaging, providing exceptional clarity and detail for marine navigation and fish-finding applications. Designed to work seamlessly with NavNet TZtouchXL series MFDs, this transducer pair delivers high-resolution side-scan sonar imaging, allowing users to detect underwater structures and fish with greater accuracy. Its durable stainless steel thru-hull construction ensures longevity and reliable performance in harsh marine environments.

Advanced CHIRP Technology for Superior Detection

Equipped with CHIRP technology operating in the 445-465kHz range, the 455T-PR903 provides enhanced target resolution and improved depth penetration. The system utilizes 150 watts of power on each side, delivering crisp, detailed images for better decision-making on the water.

Rugged Stainless Steel Construction

Built for durability, the transducer pair features a robust stainless steel thru-hull design that withstands the demands of marine environments. The inclusion of a temperature sensor ensures accurate readings, enhancing overall system functionality.

Seamless Integration with NavNet TZtouchXL

The 455T-PR903 is designed specifically for use with Furuno's NavNet TZtouchXL series, including the TZT10X, TZT13X, and TZT16X models. The 12-pin connector ensures a secure and efficient connection, allowing for easy integration into existing navigation systems.

Product Dimensions

• Cable Length: 12 meters (40 feet)

Highlights

• CHIRP side-scan technology for enhanced underwater imaging
• 150W power output per side for superior clarity
• Stainless steel thru-hull design for durability
• Integrated temperature sensor for added functionality
• Compatible with NavNet TZtouchXL series MFDs
• 12-pin connector for easy installation

This transducer pair is a must-have for marine professionals and enthusiasts seeking high-definition underwater imaging and reliable performance in challenging marine conditions.