What Is The Principle Of Armored Target Reporting System

The principle of armored target reporting system is mainly based on acoustic and electrical positioning technology. When armored vehicles engage in live fire shooting, the projectile will generate shock waves during flight. These shock waves are captured by a transducer array (usually an acoustic electric sensor) arranged below the target surface. The microphone array converts the pulse signals generated by the shock wave into electrical signals, and then the data acquisition system collects and processes these electrical signals.
During the processing, the system will extract the time difference between the shock wave reaching each microphone. This time difference, combined with the propagation speed of ultrasound and the relevant position of the sensor, can be calculated and processed to determine the two-dimensional coordinates of the impact point. This coordinate information will be transmitted in real-time to the upper computer and displayed on the screen, thereby achieving real-time target reporting of shooting results.
In addition, the armored target reporting system also has a high degree of adaptability to the environment, and can accurately report targets in complex and harsh environments such as darkness and electromagnetic interference. The acoustic and electrical sensors in the system have high integration, small size, low cost, and reliable information processing, without any security risks.
Overall, the armored target reporting system achieves precise determination of the impact point and real-time target reporting through acoustic and electrical positioning technology, providing important technical support for the shooting training of armored vehicles.