Two sensors are incorporated into the design of the Laser Interceptor Laser Jammer
Laser Interceptor serves as an Anti Laser type active Laser signal jammers, sending out beams to block police lasers, unlike radar detectors that solely warn about speed measurement. This LIDAR-triggered Laser Jammer transmits a Jamming Beam when a LIDAR signal is detected, ceasing when the signal ends, and reactivating upon detection of another LIDAR Signal(s). The Laser Interceptor laser jammer includes two sensors.
A laser detector and a laser transmitter are included in each sensor. These sensors are mounted on the front of the vehicle, and extra sensors can be obtained to cover the rear of the vehicle too.
When the device is switched on, it initiates a self-check procedure and subsequently plays a welcoming sound. The transceiver unit is furnished with two built-in sensors that have the ability to detect laser beams. Upon detection, the sensor transmits a signal to a high-speed microprocessor for analysis, which then sends relevant signals to the LASER transmitter.
The synchronization of both sensors enhances the jamming effect significantly. When a LIDAR device receives signals from a vehicle equipped with a Laser Interceptor, it loses its ability to measure the speed accurately. This occurs because the device receives misleading information regarding the current distance from the vehicle. Consequently, the speed is not displayed, and the device promptly notifies the user through an audio warning sound and a Voice Alert, indicating the type of LIDAR being employed, whenever a speed measurement is attempted.
To ensure optimal operation in extreme temperature conditions, the device is equipped with an internal thermo regulation feature. Its housing is composed of black plasticized aluminium and boasts a front optical lens. Furthermore, the device is designed to be waterproof and highly resistant to any potential mechanical damage.
Incorporated into a vehicle, a radar detector is a device utilized to detect radar signals across a substantial distance. Its main objective is to promptly notify the driver/user about potential radar-based threats, such as speed measuring devices like multanova or radar speed guns.
Radar detectors serve the sole purpose of detecting and providing effective protection against RADAR threats. However, they may not offer sufficient warning against LIDAR, a laser-based speed measuring device, which is increasingly prevalent nowadays. LIDAR outperforms RADAR multanova and other outdated RADAR products in terms of performance, stability, and technological advancements.
Laser jamming systems offer the only reliable protection against LIDAR, as they possess the capacity to detect and obstruct laser speed guns. This enables you to drive serenely, free from any worries regarding laser-based speed measurement.
A laser detector and a laser transmitter are included in each sensor. These sensors are mounted on the front of the vehicle, and extra sensors can be obtained to cover the rear of the vehicle too.
When the device is switched on, it initiates a self-check procedure and subsequently plays a welcoming sound. The transceiver unit is furnished with two built-in sensors that have the ability to detect laser beams. Upon detection, the sensor transmits a signal to a high-speed microprocessor for analysis, which then sends relevant signals to the LASER transmitter.
The synchronization of both sensors enhances the jamming effect significantly. When a LIDAR device receives signals from a vehicle equipped with a Laser Interceptor, it loses its ability to measure the speed accurately. This occurs because the device receives misleading information regarding the current distance from the vehicle. Consequently, the speed is not displayed, and the device promptly notifies the user through an audio warning sound and a Voice Alert, indicating the type of LIDAR being employed, whenever a speed measurement is attempted.
To ensure optimal operation in extreme temperature conditions, the device is equipped with an internal thermo regulation feature. Its housing is composed of black plasticized aluminium and boasts a front optical lens. Furthermore, the device is designed to be waterproof and highly resistant to any potential mechanical damage.
Incorporated into a vehicle, a radar detector is a device utilized to detect radar signals across a substantial distance. Its main objective is to promptly notify the driver/user about potential radar-based threats, such as speed measuring devices like multanova or radar speed guns.
Radar detectors serve the sole purpose of detecting and providing effective protection against RADAR threats. However, they may not offer sufficient warning against LIDAR, a laser-based speed measuring device, which is increasingly prevalent nowadays. LIDAR outperforms RADAR multanova and other outdated RADAR products in terms of performance, stability, and technological advancements.
Laser jamming systems offer the only reliable protection against LIDAR, as they possess the capacity to detect and obstruct laser speed guns. This enables you to drive serenely, free from any worries regarding laser-based speed measurement.
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