Videos tagged with API Ammunition

This video tests the penetration capabilities of the .50 BMG round against ballistic dummy heads. The instructor demonstrates a setup for testing multiple targets in a line and uses various .50 BMG ammunition types to assess their effectiveness. The results indicate that while the .50 BMG can penetrate multiple heads, projectile yaw and deflection significantly impact its ability to consistently engage subsequent targets.

This video details a test of custom-loaded 300 Winchester Magnum ammunition featuring M2 black tip armor-piercing and silver tip armor-piercing incendiary (API) bullets against AR-550 steel targets. The instructor, Josh, meticulously records velocities using a chronograph and observes impact points on paper targets before engaging steel at 110 yards. While the silver tip API rounds created significant impact marks and soot, they did not penetrate the CZone steel. The M2 black tip rounds, despite expectations, also failed to penetrate the AR-550 steel, leaving only minor chips, which the instructor attributes to the steel's strength and the target bracket's engineering.

This video from Yee Yee Life, featuring firearms influencer Parker, conducts a comprehensive test to determine if a vintage cast iron fire hydrant can withstand various firearm calibers, from 9mm handguns up to a .50 BMG API round. The experiment provides practical insights into projectile performance against hardened targets, demonstrating the surprising resilience of the hydrant and the significant power of larger calibers.

This video features an expert analysis of 7.62x54R Armor Piercing Incendiary (API) ammunition's performance against a USGI SAPI armor plate. The instructor, demonstrating deep knowledge of ballistics and historical ammunition, explains the dual nature of API rounds and their effectiveness. The test reveals that while the SAPI plate successfully stopped the API round, the projectile's incendiary and explosive components caused significant internal damage, including melting and a contained explosion within the plate's structure. The expert concludes that even older SAPI plates offer substantial protection, though the impact would be severe.

This YouTube Shorts video showcases the destructive power of 12 Gauge Armor Piercing Incendiary (API) ammunition against a truck. The title directly indicates a comparison or demonstration involving this specialized ammunition and a vehicle, highlighting explosive and penetrative capabilities. The content is likely a visual display of the ammunition's effectiveness in a destructive test scenario.

This video details an experimental test of a custom-built helmet claimed to be .50 caliber rated. Host Edwin Sarkissian, demonstrating high authority in practical ballistic testing, subjects the helmet to 9mm, .308 Winchester, and .50 BMG rounds. The tests reveal the helmet's limitations, ultimately concluding it functions closer to a Level 3 ballistic protection rather than the advertised .50 cal rating.

This video from Kentucky Ballistics showcases an extreme ballistic test, pitting a .50 BMG round against a giant cast-iron bell. Expert Scott demonstrates the destructive power of .50 BMG API ammunition, completely obliterating the bell. Subsequent tests with 5.56x45mm, 9mm, and .45 ACP rounds against bell fragments provide comparative data on projectile penetration and material integrity. The high-energy presentation and detailed analysis highlight the capabilities of various calibers against hardened targets.

This video demonstrates a high-energy destructive test comparing the impact of .338 Lapua Magnum and .50 BMG rounds on running lawnmower engines. Expertly handled by Scott from Kentucky Ballistics, the experiment showcases the vastly different destructive capabilities of these calibers, with the .50 BMG exhibiting significantly more power. The demonstration also includes essential range safety and environmental cleanup practices.

This video details an experimental test by Edwin Sarkissian to determine how deep a .50 BMG bullet penetrates into a mountain. Using a Barrett M82A1, he fires API and tracer rounds into a rocky hillside. The experiment reveals that even a .50 caliber round penetrates only about 12 inches into this type of terrain, demonstrating its effectiveness as cover.

This video showcases a long-range shooting session with two Barrett M107A1 .50 BMG rifles at 600 yards. The participants engage various targets, including sodas and a turkey decoy, highlighting the challenges and effectiveness of .50 caliber rifles at extended distances. The session emphasizes accuracy, windage adjustments, and the significant impact of .50 BMG rounds.

This video demonstrates a ballistic test conducted by Edwin Sarkissian, a high-level firearms enthusiast, evaluating the durability of hard drives against a .50 BMG API round fired from a Serbu BFG-50A rifle. The experiment shows that it takes nine hard drives to stop a single .50 BMG API projectile, highlighting the destructive power of this caliber and ammunition type against consumer electronics.

This guide details an experimental test conducted by Edwin Sarkissian, a high-level firearms influencer, to determine the penetration capabilities of a .50 BMG API round against multiple stacked cast iron skillets. The experiment demonstrates the extreme power of .50 BMG ammunition and the limitations of common cookware as ballistic protection.