Channel: @edwinsarkissian
This video tests the durability of firearms encased in concrete when subjected to .50 BMG rounds. A Hi-Point C9 and a Glock 19 were submerged in concrete buckets and then shot with a Barrett M82A1. The Hi-Point, after being freed from the concrete, successfully fired a round, clearing debris automatically. The Glock experienced a failure to eject on its first shot after being freed, likely due to residual concrete.
A German Stielhandgranate (stick grenade) was tested against the heavy-duty tracks of a Caterpillar bulldozer, reportedly from WWII. Despite the explosive force, the thick steel tracks remained completely undamaged, demonstrating their robust construction. The grenade's operation involves a pull-string igniter with a 5-10 second delay.
This video tests the ballistic resistance of Vietnam-era body armor against a sawed-off shotgun, a full-auto Glock 17, and an AK-47. The armor successfully stopped birdshot from the shotgun but was easily penetrated by 9mm rounds from the Glock and completely defeated by 7.62x39mm rounds from the AK-47, highlighting its limitations against modern firearms.
This YouTube video, titled '50BMG Trip Wire!', focuses on the powerful .50 BMG caliber. While the description is minimal, the title suggests an exploration of this large-caliber round, potentially in the context of its impressive power or unique applications. The video likely demonstrates or discusses the capabilities of firearms chambered in .50 BMG, possibly highlighting its significant ballistic performance or impact.
This video's title, 'Iron Man’s helmet!', suggests a focus on a prop or replica inspired by the Marvel character. Given the lack of any firearm-related terms in the title or description, it is highly unlikely that the video contains any content related to firearms, ammunition, manufacturers, or related topics. Therefore, the tags and category will reflect this non-firearm focus.
This destructive test evaluates the penetration capabilities of a .50 BMG round against multiple Level 3A ballistic helmets. The experiment demonstrates that even a tightly stacked configuration of these helmets offers negligible resistance to the powerful .50 BMG caliber, with the round easily passing through and igniting the materials. The video highlights the extreme power of the .50 BMG and the limitations of standard ballistic helmet protection against such high-energy threats.
This YouTube video features a dramatic comparison between a bulletproof mask and a fully automatic Desert Eagle pistol. The title "Bulletproof Mask Vs Full Auto Deagle!" clearly indicates a test of the mask's ballistic resistance against high-powered handgun fire, specifically from a Deagle. The emphasis on "Full Auto" suggests a high rate of fire and significant firepower being tested. This video likely aims to demonstrate the capabilities of body armor or protective gear against firearms in a high-impact scenario.
This video explores whether common caulks possess bulletproof qualities, likely involving ballistic testing to determine their effectiveness against firearm projectiles. The content will be of interest to those curious about the protective capabilities of everyday materials against threats.
This video demonstrates a rigorous test of Level 3A body armor against a 6.5 PRC sniper round fired from one mile away. The test, conducted by Edwin Sarkissian, shows that the armor successfully stopped the projectile without penetration, although a significant impact mark and lodged bullet were observed. The expert assessment highlights the effectiveness of this armor level against high-powered rifle rounds at extreme distances.
This video investigates the ballistic resistance of caulk, exploring how many layers of different caulking materials are required to stop a bullet. The title suggests a practical test or demonstration to understand the protective capabilities of common sealants against firearm projectiles. It's likely to be an experiment focused on material science and defensive applications.
This video demonstrates an experiment to 'curve' a .50 BMG round using custom bent galvanized pipes. The initial attempt with a sharp bend caused the pipe to rupture, but a second attempt with a more gradual bend successfully guided the bullet to a steel target. The experiment highlights the extreme power of the .50 BMG round and the challenges of redirecting such high-velocity projectiles.
The Seneca Double Shot .50 caliber air shotgun features a unique dual-barrel design and PCP action. While it failed to penetrate a thick 24-gauge metal plate, it demonstrated significant power by penetrating multiple water jugs, showcasing its kinetic energy potential for certain applications.
