Furuno DRS2DNXT 19 Solid-State Doppler Radar w/Target Analyzer Fast Target Tracking f/NavNet TZtouch, TZtouch2 TZtouch3 [DRS2DNXT]

Save over $4,000 with qualifying Furuno purchases until 06/30/2025! The Furuno DRS2DNXT 19' Solid - State Doppler Radar is a game - changer in radar technology. It features pulse compression, Target Analyzer™, and Fast Target Tracking™ using Doppler tech. With Furuno's exclusive RezBoost™ for beam sharpening, it offers big - radar performance in a compact package. The Target Analyzer™ function makes approaching targets turn red, while stationary or moving - away targets stay green, enhancing safety and situational awareness. Fast Target Tracking quickly displays speed and course vectors, and approaching vessels trigger an alarm. RezBoost™ can achieve a 2 - degree beam width sharpness at MAX setting. Specifications include a 19' antenna (radome type), X - Band, 5.2 - degree beam width, 12 - 24 VDC power usage, 25W power output, and a 48nm range. The signal/power cable is an accessory. This product may not be returned to the original point of purchase. Contact the manufacturer directly for issues. Other specs: 24' array size, 25w power output, 48nm max range, box dimensions 11'H x 21'W x 21'L (20 lbs), UPC 611679396693.

Using your Furuno DRS2DNXT 19 Solid - State Doppler Radar is easy. First, make sure to connect it to a 12 - 24 VDC power source. The radar will start scanning once powered on. To use the Target Analyzer™, just let the radar do its job, and it will color - code the targets for you. For Fast Target Tracking, select a target on the screen, and in seconds, you'll see its speed and course vector. If a vessel is approaching, you'll get an alarm. When it comes to RezBoost™, you can adjust it to MAX for a sharper beam. Note that the signal/power cable is an accessory, so you'll need to get it separately. Also, this product can't be returned to the place you bought it from. If you have any problems, contact the manufacturer. For maintenance, keep the antenna clean and check the connections regularly. Avoid exposing the radar to extreme weather conditions for long periods.