Products reviews
Beltronics Pro RX65$228.00 to $300.00
Tags:beltronics, pro, rx65, | Whistler XTR265$47.00 to $90.00
Tags:whistler, xtr265, |
Rocky Mountain RMRDLS315

Rocky Mountain RMR-DLS315 Radar/Laser Detector and Laser Scrambler features 360 degree laser detection, Advanced Micro-Scan TM, Smart-Scan TM, Integrated Laser Scrambler- Disables Police LIDAR, ALT TM Adaptive Laser Tracking.
EarlyWarning EW3100

We spend a lot of time traveling in our cars...commuting, vacationing, and visiting, so it only makes sense that we make that time on the road as safe and secure as possible. The Early Warning EW3100 radar detector helps you do just that, alerting you to hazards and emergency vehicles while also serving as a reminder that we may be driving at dangerous speeds.Minimize
EarlyWarning EW3005

Get up to speedwith the latest in affordable hi-techauto technology with the Early Warning EW-3005 Radar/Laser Detector with Safety Alert. The EW-3005 features instant on or pulse radar detection which detects the brief transmission of K and Ka band signals. The safety alert warning system detection alerts you to the presence of road hazards, emergency vehicles, railroad crossings and more. This unit is undetectable by VG-2 and the SPECTRE RDD feature provides complete protection against SPECTRE I radar guns. A digital beeping alert provides a distinctive sound for each band and indicates its intensity through increased or decreased frequencies. A high resolution color LED screen displays visual alerts with 11 different varieties, plus a 3-step signal strength meter. City/Highway mode allows you to adjust sensitivity and minimize false alerts. The EW-3005 detects lasers from any direction with the 360 degree laser eye.Minimize
Whistler XTR695

Whistler's XTR-695 is a detector that maximizes sensitivity and minimizes falsing. Ka Max Mode gives you improved Ka Band sensitivity. Radar Signature ID displays known Ka gun frequencies to help distinguish threats, and Laser Signature ID does the same by displaying pulses per second of received laser signals.