Videos tagged with Ballistic Penetration

This video introduces the FK Brno PSD Compact pistol, highlighting its powerful 7.5 FK Brno cartridge. The discussion focuses on its design for personal security details in high-threat environments, emphasizing its capability to penetrate barriers like car doors and light body armor, and maintain accuracy at 100 meters, outperforming common pistol calibers against threats like AK-47s.

This video tests the ballistic penetration of .380 ACP, 9mm, and .45 ACP rounds through a car door. The .380 ACP, despite its smaller size and higher capacity, failed to penetrate the door. The 9mm also stopped within the door. The .45 ACP was the only caliber tested that successfully penetrated the car door.

This video tests the ballistic resistance of Apple MacBook Pro laptops against various firearm calibers, from .22 LR to .45 ACP. The experiment, conducted by a firearms enthusiast, demonstrates that even multiple laptops are insufficient to stop larger calibers, with the .45 ACP penetrating both and striking the target dummy. The host emphasizes safe firearm handling and proper range procedures throughout the test.

This video from Yee Yee Life demonstrates a ballistic penetration test against a telephone pole, starting with small calibers and progressing to a .50 BMG sniper rifle. The experiment, led by an enthusiast with clear expertise in firearm performance and safety, shows that common firearms are stopped by the pole, but the .50 BMG round penetrates completely. The content highlights the significant power difference between standard cartridges and heavy sniper rounds.

This video details a ballistic test of Paladin Armor Systems Level 3 plates against 5.56 NATO M193 ammunition. The test aimed to determine the number of rounds required for penetration into a tight group. The plate was secured to a stump on a berm, simulating a wearer. The results indicated that the plate failed after five shots within a 2-inch group, with one round penetrating.

This video provides an expert-level evaluation of RMA Armament's Model 1091 Level III+ body armor, testing its resilience against high-power rifle rounds like M855A1, 7.62x54R, and .30-06 M2 AP. The assessment, conducted by Iraqveteran8888, highlights the critical role of standoff distance in armor performance and demonstrates that while Level III+ can stop some unrated threats, specific rounds like M855A1 can penetrate, especially at closer ranges. The analysis emphasizes understanding armor limitations beyond official NIJ ratings.

This video features Matt Carriker of DemolitionRanch and Jordan from Jiggin w/ Jordan conducting an experimental test of scuba tank durability against various firearm calibers. They demonstrate the surprising resilience of scuba tanks, even against high-powered rounds like the .50 BMG, highlighting the physics of pressure vessels and projectile impact. The expert-level demonstration showcases safe handling of firearms and an understanding of material science in a controlled, albeit entertaining, environment.

This guide details a tactical experiment from DemolitionRanch, demonstrating how to remove a vehicle tire boot using firearms. While the process is shown to be achievable, it carries significant risks of collateral damage to the tire and vehicle. The experiment highlights the effectiveness of different calibers, from .22 LR to 7.62x39mm, in breaching the boot's security, with a .45 ACP proving most effective for disabling the primary lock.

This video from DemolitionRanch, featuring Matt Carriker, explores the ballistic resistance of historical helmets against modern airgun technology. The FX Ranchero (Arrow Edition) air pistol, a PCP-powered device firing specialized carbon fiber bolts, was used to test a replica Roman helmet and a US military helmet. The testing demonstrates the limitations of historical armor against even non-conventional projectile weapons, highlighting the importance of understanding material science and impact dynamics.

This guide details a ballistic test comparing 9mm and 10mm handgun rounds using water jugs as a penetration medium. Expert Edwin Sarkissian demonstrates the significant difference in energy and penetration, with the 10mm round vastly outperforming the 9mm. The test highlights practical differences in terminal ballistics for these popular handgun calibers.

This video tests the penetration capabilities of the 500 Smith & Wesson Magnum and 458 SOCOM against Level IIIA body armor. The 500 Magnum, with a 350-grain load from Freedom Munitions at approximately 1500 fps, failed to penetrate the vest. The 458 SOCOM, using a 300-grain bullet from Freedom Munitions at around 1800 fps, successfully penetrated the vest. The test highlights the significant difference in terminal performance between these powerful calibers against soft body armor.

This video from DemolitionRanch showcases an experimental challenge: destroying a telephone pole with an AR-15. Matt Carriker uses a POF AR-15 chambered in 7.62x39mm, highlighting the caliber's increased penetration over standard 5.56mm. The experiment demonstrates the surprising durability of treated wood poles and the effectiveness of surplus ammunition in achieving destruction after sustained fire. The video offers insights into ballistic performance and firearm capabilities in unconventional scenarios.