Garmin GMR Fantom 126 - 6 ft. Open Array Radar

GMR Fantom™ 126 - 6' Open Array Radar Open-array Radar with Industry-leading 120 W Solid-state Output Power Features:6', 120W solid-state open-array radar with pedestal Motion Scope™ technology detects and highlights moving targets in different colors to help avoid collisions, find flocks of birds and track weather Pulse Compression technology provides high-resolution imaging while maximizing energy to enhance target detection and identification True echo trails display a fading trail to help you quickly and easily identify moving targets while accounting for the movement of your own boat Overlay radar on your chart screen as single display or split screen with independent range settings Featuring 120W of power, GMR Fantom 126 is our most powerful 6' solid-state radar. It uses Motion Scope technology to detect and highlight moving targets in different colors, which helps you avoid potential collisions, find flocks of birds and track weather. It includes Pulse Compression technology that provides high-resolution imaging and maximizes energy to help you detect and identify targets. It has a detection range of 20' to 96 nautical miles. High-power 120W Radar with Narrow Beam You get excellent close- and long-range target detection from as close as 20' to 96 nautical miles, even in fog or rain. The narrow horizontal beamwidth provides a high-resolution image, and the high antenna gain picks out weak targets at a distance. This radar paints a clear, concise image of the shoreline, other vessels and impending weather - right on your Garmin chartplotter. Get consistent target positions, excellent target separation that helps you distinguish large targets from small ones and adjustable rotation speed for fast screen updates. Motion Scope Doppler Technology GMR Fantom uses the Doppler effect to detect and highlight moving targets to help you avoid potential collisions, find flocks of birds and track weather formations. The Doppler effect is the frequency shift in the radar echo due to the