Videos tagged with Projectile Dynamics

This video from Civilian Tactical explores the effectiveness of custom shotgun rounds loaded with drill bits, tested against various targets including a soda bottle, paper silhouette, and a ballistic gel head. The instructor, demonstrating significant practical experience, notes the surprising lack of explosive effect on the soda bottle and limited penetration on the ballistic gel, highlighting the unpredictable nature of unconventional projectiles.

This video demonstrates the creation and ballistic testing of a 'dime cut shell,' a modified 12 gauge shotgun shell packed with dimes. The expert instructor from Civilian Tactical showcases the projectile's behavior through tests on a water jug and ballistic gel, revealing its significant destructive potential. The content highlights the effectiveness of this DIY ammunition modification for impact and penetration.

This video explores the feasibility of skipping bullets on ice, drawing parallels to successful water skipping techniques. Through a series of controlled experiments using a .45 ACP fired from a 1911 pistol, the presenter demonstrates various angles and ice thicknesses. The experiment culminates in a successful bullet skip, where the projectile digs a groove before angling out, confirming that bullet skipping on ice is possible under specific conditions.

This video demonstrates a professional firearms instructor's test of 'chain shot' ammunition, a concept adapted from naval warfare for shotguns. Three variants—fine, medium, and coarse chain—were fired into ballistic gel to assess penetration and energy transfer. The fine chain showed minimal penetration, the medium chain penetrated about 4 inches, and the coarse chain exhibited dangerous ricochet potential, leading the instructor to conclude it's best left to historical naval contexts.

This entry details the function of a rifle's bore evacuation chamber, drawing a parallel to M1 Abrams tank technology. It explains how gas pressure builds as a projectile moves through the barrel and how the Venturi effect creates a vacuum upon exit to clear gases. The information is presented with high authority by a knowledgeable instructor.

This video title, "Será que gelo consegue parar uma bala?" (Can ice stop a bullet?), explores the ballistic properties of ice when subjected to firearm projectiles. It investigates the potential of ice as a projectile barrier, a concept often seen in fictional scenarios but rarely tested in reality. The video likely delves into the physics of bullet impact and penetration through a frozen medium, possibly comparing different types of ice or bullet calibers to determine their effectiveness in stopping or deforming rounds.

This YouTube video explores the fascinating physics and outcomes when one bullet strikes another in flight. It aims to answer the question of which bullet would 'win' in such a scenario, delving into the mechanics of impact and trajectory deviation. While the specific firearms and calibers are not detailed in the provided information, the title suggests a focus on the ballistic effects of high-velocity projectiles colliding.

This experiment tests the bullet-stopping capabilities of 250 pounds of Play-Doh against various calibers. Penetration depths ranged from 4 inches for a .22 LR to 24 inches for a .50 BMG, with 9mm penetrating 10 inches and .45 ACP/ .50 AE reaching 22 inches. High-velocity rounds like the .223 AR-15 and 12 gauge slug penetrated 9.5 inches, demonstrating that while Play-Doh offers some resistance, it is not a reliable bullet stop for most common firearm calibers.

This video aims to compare the effectiveness of speed versus weight, likely in the context of firearms. While specific models or calibers aren't mentioned, the title strongly suggests a discussion relevant to shooting, ballistics, or terminal performance. The content will likely delve into how projectile velocity (speed) and projectile mass (weight) influence factors like penetration, energy transfer, and overall impact.

This YouTube video analyzes the penetration capabilities of 9mm bullets through sheetrock and studs. It aims to provide a visual understanding of how different ballistic behaviors occur when a 9mm projectile encounters common building materials. The video likely includes practical demonstrations and explanations relevant to understanding terminal ballistics and projectile behavior in various environments.

This YouTube video explores the intriguing question of whether it's possible to split a single bullet to hit two targets simultaneously. While the title is in Portuguese and poses a hypothetical, it directly relates to ballistics, projectile behavior, and firearm capabilities. The content will likely delve into physics, bullet construction, and potential fragmentation or ricochet scenarios. It appeals to firearm enthusiasts interested in the more technical and experimental aspects of ballistics and projectile dynamics.

This video tests the bullet-stopping capability of a 25-foot streetlight pole against various calibers. Lower calibers like .22 LR, 9mm, .45 ACP, and .44 Magnum caused dents but failed to penetrate. The .50 AE and 12-gauge slug also failed to penetrate, creating significant damage. However, a .308 Win and a .50 BMG round easily penetrated the pole, demonstrating the significant difference in power between handgun/shotgun rounds and high-powered rifle rounds.