Laser Interceptor, an Anti Laser type active Laser signal jammers, emits beams to obstruct police lasers, distinguishing itself from radar detectors that only indicate speed measurement. This LIDAR-triggered Laser Jammer transmits a Jamming Beam upon detecting a LIDAR signal, deactivating when the signal stops, and reactivating upon detection of another LIDAR Signal(s). The Laser Interceptor laser jammer is comprised of two sensors.
Each sensor is made up of a laser detector and a laser transmitter. These sensors are fixed on the front of the vehicle, and additional sensors can be obtained to defend the rear of the vehicle as well.
Every time the device is activated, it runs a self-test and then plays a welcoming sound. The transceiver unit is equipped with two internal sensors that can detect laser beams. Once a laser beam is detected, the sensor sends a signal to a high-speed microprocessor for analysis, which in turn sends corresponding signals to the LASER transmitter.
Through synchronization, both sensors work in unison, intensifying the jamming effect. When a LIDAR device receives signals from a vehicle equipped with a Laser Interceptor, it becomes incapable of accurately gauging the speed. This is due to the device receiving inaccurate information about the current distance from the vehicle. As a result, the speed is not displayed, and the device promptly alerts the user with an audio warning sound and a Voice Alert, specifying the type of LIDAR being utilized, whenever a speed measurement is attempted.
The device is specifically designed to perform at its best even in the most extreme temperature conditions, thanks to its built-in thermo regulation system. Its housing is made from black plasticized aluminium and features a front optical lens. Additionally, the device is both waterproof and highly resistant to mechanical damage.
A radar detector is a device that is installed in a vehicle to identify radar signals over an extensive range. Its primary purpose is to promptly alert the driver/user about potential radar-based threats, such as speed measuring devices like multanova or radar speed guns.
The main function of radar detectors is to detect and protect against RADAR threats, ensuring efficient security measures. However, they may not be adequate in providing timely warnings against LIDAR, a laser-based speed measuring device. LIDAR is gaining popularity due to its superior performance, stability, and advanced technology, surpassing outdated RADAR products like RADAR multanova.
To obtain adequate protection against LIDAR, laser jamming systems are the optimal choice. These systems possess the ability to both detect and block laser speed guns, allowing you to drive peacefully without any concerns about laser-based speed measurement.
