This video details a ballistics test comparing the penetration capabilities of three .50 BMG rounds against a 1.5-inch titanium plate. Expert Edwin Sarkissian demonstrates the performance of a SLAP round, a Raufoss NM140 MP, and a standard Black Tip round. The SLAP round proved most effective, achieving full penetration and demonstrating superior terminal ballistics compared to the others.
This video demonstrates an expert-level test of a 1.5-inch thick titanium plate's resistance to various high-powered rifle rounds, including the specialized Raufoss Mk 211 .50 BMG. The test, conducted by Edwin Sarkissian, utilizes a Serbu .50 BMG rifle and confirms that even potent military-grade ammunition fails to penetrate the titanium plate, though it causes significant surface damage and incendiary effects. The experiment highlights the exceptional ballistic properties of titanium against armor-piercing threats.
This video demonstrates an experimental test of 20mm rounds against a 1.5-inch thick titanium plate, featuring insights from firearm designer Mark Serbu and host Edwin Sarkissian. The test compares the effectiveness of a 20mm armor-piercing round against a 20mm tungsten-core round, showcasing significant impact craters and deformation on the titanium target. The expert-level analysis highlights the destructive potential of these high-caliber rounds.
This video details a ballistics test where a Serbu 20mm Cannon is fired at a thick titanium plate. The test, conducted by Edwin Sarkissian and involving insights from firearm designer Mark Serbu, aims to determine if the 20mm round can penetrate the titanium. The results show significant impact and deformation, but no full penetration, highlighting the strength of the titanium plate against this heavy ordnance.
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