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#Officer clocker how to
#Officer clocker driver

If lidar radar is pointed at the wrong surface or officer moves, it can cause inaccurate readings. In addition to the officer staying still. So the laser needs to be pointed at flat and reflective surfaces – headlights or license plates.

Inaccurate Aim – Lidar, which is the most common device used in traffic stops, requires infrared light to reflect back to the device.

As a result, an officer may accidentally clock the speed of the vehicle next to the target vehicle. A radar cannot identify the specific vehicle responsible for speeding.

Wrong Vehicle – This is the most common error with radar guns especially when there a lot of vehicles on the road.

#Officer clocker how to

Lack of Training – In order for accurate readings, an officer needs to be trained in how to properly use radar devices.

Lack of Maintenance – Radar devices need to be calibrated and cleaned in order to produce accurate results.

So here are common errors that can occur with radar guns:

#Officer clocker driver

That being the case, a driver can challenge traffic tickets based on readings from a radar device. The truth is there are various issues relating to the accuracy of radar guns. Still there is the possibility of inaccuracy and erroneous speed measurements.

Lidar devices are “supposed” to be accurate within 1 mph. It operates using a three light system which is aimed at the front of the vehicle and then back to the radar gun. This is because the laser beam is extremely narrow. The trigger is pulled upon aiming the red dot at the license plate on the front of the vehicle. The light for this radar gun is quite narrow. This proves to provide increased accuracy. When the device is used in a moving manner the speed should be matched against a cruiser speedometer. This device needs to be monitored and checked periodically to ensure it works accordingly. The moving radar gun has the benefit of the stationary radar gun features but is more advanced as a result of two radar antennas operating to show different frequencies. The signal and strength is higher depending on the pitch of the Doppler tone.

The “Doppler Tone” procedure is used by the police officer in determining the signal’s strength. The stationary radar gun displays the speed of the strongest signal monitored using this device and not the fastest object. This radar gun utilizes a wide beam to gather information. Let’s take a look at the difference between these three radar guns. Many of the traffic stops by police officers are done using the lidar. There are three major radar guns: stationary, moving and lidar.