Composite Armor Durability

100% composite, multi-layered armor system subjected to an IED Arena test.

More than 50 years ago, armor designers across the country began experimenting with composites in an effort to reduce weight and increase protection. What they found was that composites were not as durable under combat conditions as traditional metal plates were. Not only were they less durable, they could only take one ballistic strike and then fall apart into pieces. As a result, most designers reverted back to metallic armor and put composites on a shelf.

Unfortunately, the memories of the past did not fade over time and many designers today still believe composites are just not worthy of combat duty.

Nothing could be farther from the truth!! Today, the issues of durability have been solved. No longer is multi-hit requirements a problem. Weakening of materials as a result of exposure to the elements is no longer a concern. In fact, technology has brought composite armor to the front lines and will continue to do so in the coming decade.

With today's composite designs, we can achieve great solutions through intelligent design. Today's 100% composite solutions by Incident Control Systems are noted for their ability to:

Pass a 6000 mile Shaker simulator test.
Withstand explosive blast loadings from close in distances ( IED Arena Test).

Easily take multiple hits from ballistic projectiles without catastrophic failure.
Survive exposure to Nuclear, Biological and Chemical threats with advance CARC coatings.

B4C ceramic tiles shot with 7.62 AP projectile.

Ceramic/fiberglass target shot with a 12.7mm FSP

Composite armor designs have aged well in the past decade. See how the changes can help you meet your next armor project objectives!

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