T70493 - Raymarine Cyclone 55W Radar System

Raymarine Cyclone 55 Watt Radar System

This cutting-edge radar system, designed for reliable performance in extreme conditions, boasts an innovative aircraft-wing-inspired design and a best-in-class 100-knot wind rating. With its sleek 13.1-inch height, the Cyclone radar is adaptable to various boat architectures and offers flexible installation options.

Features include a rapid 60 RPM rotation speed for 360-degree awareness, Doppler target tracking for enhanced safety, and professional-grade ARPA target tracking capabilities, which can manage up to 50 targets simultaneously. The RangeFusion� technology integrates short and long pulses for a high-clarity radar image, ensuring exceptional target visibility.

The Cyclone radar also includes a specialized Bird Mode for improved detection of sea birds, making it perfect for both navigation and fishing. With superior target separation and long-range resolution afforded by CHIRP pulse compression, this solid-state open-array radar helps mariners navigate busy waterways confidently.

The Raymarine Cyclone 55W Radar System (T70493) is an advanced solid-state open-array radar designed for marine navigation and target detection in demanding conditions. This system is engineered for reliable performance, featuring a 100-knot wind rating and a compact 13.1-inch height for adaptable installation across various boat architectures. It provides rapid 60 RPM rotation for continuous 360-degree awareness and incorporates Doppler target tracking to enhance safety by clearly interpreting potential threats. For professional use, it offers ARPA target tracking, capable of managing up to 50 targets concurrently. RangeFusion� technology integrates short and long pulses to deliver a high-clarity radar image, ensuring exceptional target visibility across different ranges. Additionally, the system includes a specialized Bird Mode, utilizing CHIRP technology, for improved detection of sea birds, making it suitable for both navigation and fishing applications.