Permanent stabilization solutions are known as hard armor. These systems can be installed anywhere that water velocity is high, including ditches and channels. They offer significant value and safety over rip rap and poured-in-place concrete. Permanent erosion prevention systems such as ShoreFlex(r) are available to shield channel side slopes, pipe and culvert inlets, and shorelines. To learn more about hard armor, read on!
Hard armor combines protective materials into a body suit. These plates can be made of steel, ceramic, and high-performance composite materials. Although they’re heavier and thicker than soft body armor, they offer more protection. The weight, inflexibility, and increased protective level of hard armor makes them unwieldy. Some hard armor vests can be enhanced with ballistic plates to provide Level III or IV protection. Hard armor vests are typically reserved for high-caliber rifles.
The cost of hard body armor can make it uneconomical for most people to wear. The manufacturing process and ballistic materials used to make hard armor are expensive, so the range of sizes is limited. The number of sizes was determined not by the best protection, but by what was cheaper and more convenient for an individual to wear. Early plate designs prioritized protection over mobility, as seen in medieval steel breastplates. However, modern body armor has become more mobility-oriented, with concave inner surfaces.
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Body armor made from fiber is lightweight and flexible, without compromising on protection value. Fiber body armor plates can be molded to fit the wearer’s body shape, making them more comfortable and customizable. Unlike the heavy, rigid vests of the past, fiber body armor is flexible and conformable, which can help enhance comfort and confidence while in the line of fire. In addition, fiber body armor plates are also customizable. The fit and form of these armors are not only functional but also aesthetic.