Bulletproof Glass: How Does It Work?

One of the most significant components of an armored vehicle is bullet-resistant or bulletproof glass. The majority, if not all, snipers will aim at the windows because they are transparent. Specialized bulletproof glass can resist increased compression and pressure when gunshots strike a vehicle. Windows are the most vulnerable element of the vehicle in the event of an attack. A layer of bulletproof glass on the exterior and a layer of polymer plastic on the interior provide effective protection against this threat.

Bulletproof glass is composed of modern, extremely resistant, and transparent materials that, when combined, can stop most bullet types. When bulletproofing an automobile, it is essential to armor the windows, which make up a significant amount or fraction of the vehicle. A thicker form of safety glass is insufficient to create a completely armored vehicle. Glass is referred to as “transparent armor” in bulletproofing. It is a sandwich of polycarbonate (a type of plastic) and leaded glass, not a thicker version of the safety glass used in the side windows of normal automobiles. Bullets traveling at high velocity can cause thick safety glasses to shatter under specific stress. They cannot resist even most high-profile automobile robberies.

To protect your windows from bullets, you must sandwich polycarbonate polymer between two panes of leaded glass. The thinnest choice, a leader glass with a diameter of 0.8 inches, can stop subsonic gunshots and 9mm pistol bullets. The alternative is to select the thickest bulletproof shielding, which is around 2 inches thick. These can even withstand a shot from a high-powered 0.30-06 rifle, which is among the highest-graded ammo for battle. If necessary, the window motors can be changed with ones that are more robust. This is what makes it ultra-efficient. 

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