Level IIIA ARMOR is a type of armored clothing designed to protect the wearer from incoming bullets. It is rated as one of the highest levels of ballistic protection available and is used by military personnel, law enforcement officers, and security personnel alike. Let’s take a closer look at what Level IIIA armor can do and why it’s so important.
What Is Level IIIA Armor?
Level IIIA armor is a type of body armor that protects against certain types of pistol and shotgun rounds. It is rated as one of the highest levels of ballistic protection available, providing superior protection against higher calibers than other types of armor. This type of armor is best suited for situations where high-powered handguns are likely to be encountered, such as in active shooter scenarios or hostage situations.
How Does Level IIIA Armor Work?
Level IIIA armor works by using layers of ballistic fabric to absorb and disperse the energy from an incoming round before it can reach the wearer’s body. The fabric consists primarily of Kevlar or Twaron fibers that are woven together in a crisscross pattern. This helps spread out the energy from an incoming round over an area that is much larger than the diameter of the round itself, reducing its overall effect on the wearer’s body.
What Are The Advantages Of Level IIIA Armor?
The main advantage of Level IIIA armor is its superior level of protection compared to other types of body armor. It provides superior protection against high-powered handgun rounds such as .357 Magnum, 9mm Luger, and .44 Magnum which would penetrate lesser forms of ballistic protection with ease. In addition, this type of armor has been tested and proven to provide effective protection even after multiple impacts, making it ideal for use in active shooter scenarios where multiple rounds could be fired by assailants.
Level IIIA armor offers superior ballistic resistance compared to other types and is often used by military personnel, law enforcement officers, and security personnel who may encounter high-powered handguns during their duties. Its construction helps spread out the energy from an incoming round over a larger area than its diameter alone would suggest, thus reducing its overall effect on the wearer’s body without sacrificing any degree of mobility or freedom for the user.
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