Videos tagged with Ballistics Experiment

This video explores a highly dangerous and unscientific experiment: taping a 50 BMG round to an air rifle to see if it creates a 'super powerful sniper rifle'. The setup involves a pull string for remote firing. Upon firing, the result is an uncontrolled explosion, highlighting the severe risks of such modifications. The narrator's lack of expertise and the inherent dangers make this a cautionary tale rather than instructional content.

This video demonstrates an unconventional method for clearing a squib load from a firearm barrel. The host, identified as PewView, uses a second firearm to shoot a projectile through a detached barrel containing a lodged bullet. While presented as a 'trick shot,' this technique highlights the potential dangers of squib loads and the importance of proper malfunction clearing procedures. The host's expertise is evident in his immediate identification of the squib and his ability to safely execute this high-risk experiment.

This comprehensive recoil experiment, led by Scott from Kentucky Ballistics and Houston Jones, quantifies the force of various firearms from 9mm to a 4 Bore rifle. Utilizing a wheelchair on a marked board, the test provides tangible data on how different calibers and firearm types impact the shooter. The results highlight significant differences in recoil, offering valuable insights for firearm enthusiasts and professionals.

In this experiment, Johnny Q demonstrates the surprising physical compatibility of .308 Winchester rounds with a standard 8-round Nerf magazine. He successfully loads Speer Gold Dot 150-grain personal protection ammunition into the toy magazine, highlighting an unexpected fit. The video showcases safe handling of ammunition and proper tactical gear configuration, indicating an experienced presenter.

This experiment tests the myth of deflecting a bullet with a hand. While a .45 ACP bullet did deflect slightly and slow down when impacting a ballistic hand during a 'slap' motion, it still passed through, causing significant damage. The 'punch' method was less effective. The conclusion is that while theoretical deflection is possible, it's highly unreliable and results in catastrophic hand injury, making it an impractical defense.

This video features Scott from Kentucky Ballistics and Eddie Hall, the World's Strongest Man, conducting an experiment to measure how extreme physical strength affects firearm recoil. They test various handguns and rifles, including powerful calibers like the .500 S&W Magnum, .577 Tyrannosaur, and 4 Bore. The results demonstrate that Eddie Hall's significant strength and mass substantially reduce muzzle rise and backward displacement compared to an average shooter, providing unique ballistic data.

This video from DemolitionRanch features an experimental test of custom-made armor plates constructed from .45 ACP bullets and live cartridges encased in resin. The experiment, led by Matt Carriker, assesses the plates' effectiveness against various calibers, including .22 LR, 9mm, 5.7x28mm, 12 gauge buckshot, and 5.56x45mm. While the plates show some success against handgun rounds and buckshot, they are penetrated by high-velocity rifle rounds.

This video features a unique ballistics test where ramen noodles are used as a projectile stopping medium. Matt from Demolition Ranch guest hosts for Kentucky Ballistics, testing how many dry and wet ramen packages can stop various calibers from 9mm to .50 BMG. Wet ramen proved significantly more effective than dry, with even a .50 BMG round being stopped by two tubs of wet noodles.

This guide details an experimental technique for observing how bullets travel through extended, curved paths using flexible conduit. It covers setup, firearm selection, firing procedures, and safety considerations, demonstrating the potential for bullets to navigate complex bends. The experiment utilizes a Magnum Research Desert Eagle 1911G in .45 ACP to test bullet trajectory over distances up to 250 feet.

This video explores the stopping power of ice against a .50 caliber round. The title directly poses the question, and the description provides links to the creator's website and Instagram, suggesting a focus on firearms testing and demonstrations. The content likely involves ballistic testing to determine how much ice is required to neutralize or significantly impede a .50 caliber projectile.

This guide details an advanced DIY modification to turn a fire extinguisher into a projectile, inspired by DemolitionRanch. It outlines the process of using a 12-gauge shotgun to shear the valve and launch the extinguisher, emphasizing the need for specialized equipment like a Caldwell Lead Sled for safety and precision. The experiment highlights the importance of understanding terminal ballistics and safe handling practices when dealing with high-pressure systems and firearms.