Whistler CR65 Laser-radar Detector With Traffic Flow Signal Rejection
- Radar Detectors
- Vehicle Electronics Accessories
- Detects Radar Detector Detectors (VG-2) when Engaged
- 360-Degrees of Coverage - Detects from Front, Sides and Rear
- Displays the Most Important Signal when More than One is Detected
Whistler CR65 Laser-Radar Detector with Traffic Flow Signal Rejection is designed to support eliminate false alerts from radar based traffic flow sensors. This radar detector offers VG-2 detection when engaged, alerting to VG-2 when detected. It detects Laser Atlanta Stealth mode, Laser Ally and also the new LTI Truspeed S and features advanced POP Mode speed detection capabilities that respond to brief bursts of radar. It offers 360-degree Maxx coverage to detect from front, sides, and rear. The CR65 has X band, K band, Super Wide Band Ka and Laser protection - the only 4 bands used for speed measurement. The Safety Warning System keeps driver informed of highway safety exactly where transmitters are located and Alert Priority displays the most crucial signal when more than one particular particular is detected. The icon display with blue digital strength provides distinct visual symbols of alerts detected, modes and signal strength. Whistler's exclusive Stay Alert feature can test driver alertness on lengthy trips, increasing safety. Over the past four decades Whistler has built a brand that stands for quality, innovation and proven performance. This detector provides distinct visual symbols of alerts detected and stores personalized settings when the unit is turned off. There are 3 city modes/highway modes (City, City 1, and City 2) to decrease the annoyance of false alerts plus a quiet mode to silence audio alerts. The high gain lens provides an increased field of view, as well as a longer range of detection and also the vehicle battery saver automatically shuts off unit if not in use. It gives manual manage from the display brightness and has alert periscopes that provide an extra visual alert.
2019 Copyright ©~Radar Detectors