Videos tagged with Ballistic Material

This video tests the bulletproof capabilities of a 65-pound lead block against various calibers, from .22 LR to .50 BMG. While handguns and smaller rifle rounds cause significant deformation and shallow penetration, larger calibers like the .408 CheyTac and .50 BMG demonstrate lead's limitations as armor, with the .50 BMG nearly penetrating the 4-inch thick block. The test highlights that lead is not truly bulletproof against high-powered rifle threats.

This video explores a viewer-suggested "crazy idea": using oil to degrade the performance of body armor. Testing reveals that applying oil significantly reduces the ballistic material's effectiveness, with bullets penetrating more than double the layers in some instances. The experiment also tested an oiled hollow point bullet on a standard vest, yielding similar results to an un-oiled bullet. The creators are seeking viewer suggestions for future tests.

This video explores the properties and applications of UHMWPE (Ultra-High-Molecular-Weight Polyethylene) material. The description highlights that Predator Armor, a company founded by military veterans and patriotic citizens, uses this material in their products. The video directs viewers to their website for purchasing Level IIIA soft armor, backpack armor, and lightweight Level III plates, all manufactured in the USA. The content emphasizes the durability and quality of their gear for various users, including military, first responders, and outdoor enthusiasts.

This video tests Premier Body Armor Level 4 plates against various calibers, culminating in a 700 Nitro Express round. While standard rifle rounds and 12 gauge buckshot were stopped with minimal deformation, the 700 Nitro Express, despite its immense power, managed to stop the plate. However, the impact completely delaminated and destroyed the armor.

This video tests the bullet-stopping capabilities of leather holster backings, revealing surprising effectiveness. Different handgun calibers, from .22 LR to .500 S&W Magnum, were fired into stacks of 1/4-inch thick leather. The results show a significant number of leather layers are required to stop even powerful rounds, with the .50 AE requiring 26 layers. The experiment highlights leather's potential as a ballistic material.