Furuno DRS12A-NXT 100W 4ft Solid State Open Array Radar

• Antenna Type: Open Array
• Band: X-Band
• Beam Width Horizontal: Adjustable between 0.7° and 1.35°
• Beam Width Vertical: 22°
• Power Usage: 24 VDC
• Power Output: 100 W
• Range: 96 nm

The NXT step with doppler Radar technology

The Furuno NXT Radar is the next step in Radar evolution; a Solid-State Radar with pulse compression Target Analyzer™ and Fast Target Tracking™ utilizing Doppler technology. Combined with FURUNO exclusive RezBoost™ technology for beam sharpening NXT packs the performance of a larger Radar in a more compact package.

Target Analyzer function utilizing Doppler technology: NXT was the first Radar in the world to use the new Furuno exclusive Target Analyzer™ function where targets that are approaching your vessel automatically change color. Green targets are targets that stay stationary or are moving away from you while red targets are moving towards your vessel. Target Analyzer™ works independent of vessel speed both your own vessels and target vessels with minor limitations. Echoes dynamically change colors as targets approach or get farther away from your vessel. Target Analyzer™ can increase safety as well as improve situational awareness.

Fast Target Tracking: Once a target has been selected a speed and course vector is displayed in seconds. With accurate tracking information estimation of other vessel\'s course and speed is greatly simplified. With Doppler technology any vessel approaching yours will automatically display a target vector as well as sound an alarm.

RezBoost Beam Sharpening: For the first time Furuno\'s exclusive RezBoost™ technology is used in one of our Radar units with impressive performance. With RezBoost™ set to MAX the sharpness of a much larger open array antenna can be achieved.

Bird Mode gives you the inside scoop on schools of fish!: The DRS-NXT series features an enhanced Bird Mode that helps you identify birds gathering around schools of fish at the sea surface. Bird Mode adjusts the gain and sea settings automatically for optimal visibility.