Videos tagged with Milk Jug Test

This video tests the ability of a 5kg block of solid medical-grade ice to stop shotgun projectiles. Initially, fine lead ammunition was tested against the ice block and a milk jug. While the ice block was impacted, the milk jug behind it remained intact, suggesting the ice was effective against this type of projectile. However, when buckshot was fired, the ice block shattered, and the projectiles penetrated the milk jug, indicating the ice was not effective against buckshot.

This video demonstrates the penetration power of a .375 Ruger chambered in a Ruger Guide Gun, often referred to as an 'elephant gun'. The host, an established firearms content creator, showcases the rifle and its capabilities by testing how many milk jugs it can shoot through. The demonstration highlights the significant power of this big-bore caliber, with the rifle successfully penetrating six milk jugs in a single shot.

This YouTube video features a ballistic gel test comparing the .44 Magnum cartridge against a milk jug filled with the gel. The title and description highlight the caliber and the experimental nature of the test, using hashtags like #44mag and #ballistics. The description also promotes merchandise and other YouTube channels associated with TYMPPP and The Yankee Marshal, indicating a community-driven and viewer-supported content model.

This video tests CCI .357 Magnum shotshells, featuring number 9 shot, fired from a Rock Island AL 3.0 snub-nosed revolver with a 2-inch barrel. The test includes penetration through a water-filled milk jug and spread analysis on pizza boxes at 5 and 10 feet. The presenter notes these loads are best suited for small pests like rodents and snakes, not self-defense.

This video from Iraqveteran8888 features an expert-level review and testing of two Fort Scott Munitions 5.56 NATO loads: the 55-grain Brushhog (solid copper) and the 62-grain Brasshog (solid brass). The instructor meticulously tests their terminal ballistics through various mediums including ballistic gel with clothing, drywall, watermelons, pine boards, and milk jugs. The analysis focuses on projectile behavior like tumbling and yawing, and their effects on wound channels and penetration.