Advanced CHIRP Sonar for Precision Marine Navigation

The Raymarine CPT-S Conical High CHIRP Transom Mount Transducer is engineered for superior underwater clarity and accurate depth readings. Designed for seamless integration with Raymarine sonar systems, this advanced transducer utilizes CHIRP sonar technology to deliver high-resolution imaging, ensuring enhanced target separation and improved fish detection. Ideal for anglers and marine enthusiasts, it offers a reliable and efficient solution for depth monitoring in various water conditions.

High-Performance CHIRP Sonar Technology

Equipped with high CHIRP technology, the CPT-S transducer provides exceptional underwater detail, allowing for more precise fish tracking and structure identification. Its conical beam offers a broad scanning range, maximizing coverage while maintaining superior image clarity.

Durable and Versatile Transom Mount Design

Constructed with a durable urethane housing, the CPT-S transducer is designed for transom mounting, making installation straightforward and secure. Its robust design ensures longevity, even in demanding marine environments. The unit supports transom angles ranging from 0° to 90°, providing flexibility for various vessel types.

Technical Specifications

• Installation: Transom Mount
• Maximum Depth: 900 ft
• Frequency: CHIRP
• Beam Width: 25°
• Recorded Data: Depth
• Supported Transom Angles: 0-90°

Complete Installation Kit Included

To simplify setup, the CPT-S transducer comes with all necessary mounting hardware, including a trolling motor bracket, ensuring a secure and reliable installation on your vessel.

Highlights

• High CHIRP sonar for superior depth penetration and clarity
• Wide 25° conical beam for expanded coverage
• Durable urethane construction for marine-grade performance
• Easy-to-install transom mount design
• Compatible with a range of Raymarine sonar systems

This transducer is an excellent choice for those seeking a high-performance sonar solution that enhances marine navigation and fishing efficiency.