Videos tagged with AP Round

This video from Polenar Tactical demonstrates the extreme durability and eventual destruction of a Protection Group Denmark Level 4 ballistic plate. The demonstration goes beyond standard NIJ testing, showcasing the plate's ability to withstand multiple high-power rifle impacts before succumbing to a final, devastating shot. The content highlights the robust nature of European-made, NIJ Level 4 rated armor.

This video showcases firing a few shots from a Typhon 20, a 20mm cannon. It features a re-upload of footage from a previously unreleased TV show filming. The demonstration includes firing both a Target Practice (TP) round and two Armor-Piercing (AP) rounds. The targets used for these shots are a 1-inch thick AR500 armor plate and a Tannerite reactive target. The description also clarifies the context of the video's origin, being from a 2016 filming session.

This video tests the penetration capabilities of various .50 BMG rounds against a 2.5-inch thick T651 ASTM B 209 aluminum plate. While a Spotter round failed to penetrate, API, AP, and APIT rounds successfully achieved full penetration, demonstrating the significant power of the .50 BMG caliber against substantial metal targets. The tests highlight differences in impact characteristics between incendiary and armor-piercing projectiles.

This video tests the penetration capabilities of .50 caliber rounds against 1-inch thick copper plates. An API-T round successfully penetrated all three plates, creating a significant crater on the first. A standard AP round penetrated the first two plates but was stopped by the third, showing less damage. The experiment highlights the destructive power of .50 BMG and differences between specialized ammunition types.

This video describes the controversial act of deep frying a live 50 BMG AP round, with a humorous description implying a taste of freedom. The video also promotes Demolition Ranch apparel and links to social media and music credits. The content focuses on a highly unconventional and dangerous interaction with ammunition.