Red and blue force system for live ammunition rivalry drilling

Abstract

The invention relates to a red and blue force system for live ammunition rivalry drilling, and belongs to the field of military training devices. The red and blue force system is characterized in that a simulation blue force human-shaped target is adopted in a rivalry training blue force side and installed on a target rising, falling and rotating device, and the simulation blue force human-shaped target detects a live ammunition shot bullet and automatically conducts indication of shots; and a laser scanning device is additionally arranged on the blue force side and scans a red force side, and the shooting effect on the red force side is judged, wherein the laser scanning device can conduct scanning control within the left-and-right 180 degrees and up-and-down 10 degrees according to the requirement, the initial position can be adjusted, and the scanning speed and frequency can be adjusted; and a laser induction receiver is additionally arranged on the red force side, and after the red force side is subjected to strikes from the blue force side, the red force side is controlled to be forbidden from shooting and retreat from the drilling through a red force trigger locking device installed and connected to an automatic rifle.

Description

technical field [0001] The invention relates to the field of military training devices, in particular to a red and blue army system for live ammunition confrontation drills. Background technique [0002] As we all know, in military training, shooting confrontation training is an important training method. At present, two methods are mainly used: one is to use live ammunition shooting, and to test the effect of live ammunition shooting of the trainers through manual target reporting or automatic device reporting; the other is to use laser simulation launching and receiving devices to realize simulated shooting on both sides of the training Effect. Among these two methods, the first one uses live ammunition shooting, which is more realistic in the battlefield environment. However, based on safety considerations, only one side can shoot. Even if various advanced automatic target reporting methods are used, it only shows the effect of one side’s live ammunition shooting. , I...

AI Technical Summary

Problems solved by technology

Among these two methods, the first one uses live ammunition shooting, which is more realistic in the battlefield environment. However, based on safety considerations, only one side can shoot. Even if various advanced automatic target reporting methods are used, it only shows the effect of one side’s live ammunition shooting. , it cannot truly show the degree to which the two sides are hit by the other side, and it is still inconsistent with the real battlefield environment

The second type uses laser simulation. Although the shooting confrontation between the two warring parties is realized, even if a device such as a simulated gun is used, because it is not a live ammunition shooting, it still has a relatively large difference from the actual battlefield environment in terms of environment, experience effect and authenticity. distance

Therefore, even the current relatively advanced automatic target reporting equipment and laser simulation combat equipment have inherent defects in actual military confrontation training, and it is difficult to meet the requirements of actual combat training of troops

Images