SCX-20

Brand New Highly Accurate Satellite Compass

NMEA 2000 Network Configuration

The sets a new standard for reliable and accurate heading for all of your marine electronics. Traditionally, a Satellite Compass calculates heading using one baseline between two antennas; the four antennas can calculate heading information using any one of the six baselines drawn between the four antennas. The unprecedented quad-antenna design of the makes it capable of calculating extremely accurate heading, pitch, roll, and heave information. It is the perfect heading solution for complex vessel installations where the view of satellites may sometimes be obstructed.

Quad-antenna design for extreme accuracy Utilising four separate GNSS Antennas for the ultimate in responsiveness, the sets a new standard for reliable and accurate heading for all of your marine electronics. Traditionally, a Satellite Compass calculates heading using one baseline between two antennas; the four antennas can calculate heading information using any one of the six baselines drawn between the four antennas. The unprecedented quad-antenna design of the makes it capable of calculating extremely accurate heading, pitch, roll, and heave information. It is the perfect heading solution for complex vessel installations where the view of satellites may sometimes be obstructed.
Radar Plotter

True echo trails are available when the connected to your Furuno Radar, helping to determine own ships movement as well as the movement of other vessels. Accurate speed and heading data ensures that target trails are displayed smoothly and accurately, without the jagged, zig-zag appearance common to compasses with a higher degree of deviation.

Heave Compensation for Furuno Fish finders

Even in heavy seas, accurate heave compensation from enables Fish Finders such as the FCV-1150 or NavNet TZtouch/TZtouch2/TZtouch3 to show you an unwavering presentation of the seabed, without the undulations caused by sea conditions.

Sonar

Accurate pitch and roll information allows Furuno Sonar systems to display a steady image on the screen, even in foul weather.