Videos tagged with Bulletproof Testing

This video tests the projectile resistance of a giant jawbreaker candy against various firearm calibers. While birdshot and .22 LR cause superficial damage, .380 Auto and 9mm rounds significantly fracture the candy. High-powered rifle rounds like 7.62x39 and 6.5 Creedmoor completely obliterate the jawbreaker, demonstrating the vast difference in destructive power between handgun and rifle cartridges.

This YouTube video, titled "Será que a Terra do Jardim é à Prova de Balas???" (Is the Garden Earth Bulletproof???), appears to be an inquiry into the ballistic resistance of a 'Garden Earth' material. Given the context of firearms content analysis, the video likely involves testing this material's ability to stop bullets. The tags will reflect potential firearms involved, calibers, and the nature of ballistic testing.

This video tests the ballistic resistance of a Tesla Cybertruck door against various calibers. Handgun rounds (.22 LR, 9mm, .45 ACP) only caused minor surface damage. 12-gauge shotgun rounds, including buckshot and a slug, created dents but did not fully penetrate, though the slug lodged between the door's walls. A 5.56mm green tip rifle round, however, easily penetrated both walls.

This video tests the bulletproof capabilities of bowling balls against a 10mm handgun, a .223 rifle, and a 12-gauge shotgun slug. While none of the tested firearms fully penetrated the bowling balls, significant damage was observed, including cracking, shattering, and cratering. The experiment highlights the surprising resilience of bowling ball construction against common firearm calibers.

This video tests the ballistic resistance of a Power Mark tractor tire against .22 LR, 9mm, and .45 ACP rounds. The .22 LR was stopped by the tire's second wall. The 9mm fully penetrated both walls. The .45 ACP also penetrated both walls but was slowed enough not to cause lethal damage to the ballistic dummy 'Fred'.

This YouTube video tests the ballistic resistance of common 2x4 lumber against 5.56mm ammunition. The content creator explores what materials found in home construction might offer some level of bullet resistance and investigates the 'how' and 'why' behind making surroundings safer. The video promises surprising results and encourages viewers to subscribe for more practical experiments and insights into home safety and bulletproof materials.

This video tests the penetration capabilities of various firearms through multiple layers of drywall. A .22 LR penetrated 7 boards, while a 9mm FMJ from a Glock 19 went through 14 boards. Surprisingly, a .223 Remington from an AR-15 penetrated only 13 boards, and a 12-gauge slug also stopped at the 14th board. The 9mm was deemed the most effective in this specific drywall test.

This video tests the ballistic resistance of Dickies steel-toed boots against 9mm and .45 ACP handgun rounds. While no rounds fully penetrated the steel toe cap, both FMJ and Hollow Point bullets caused significant deformation, bending the steel down to the base of the boot. This deformation, even without penetration, would likely cause severe injury to the wearer's foot.

This test compares the ballistic resistance of a 1985 Ford F-150 door and a Tesla Model 3 door against a 12-gauge shotgun blast using birdshot. While both doors successfully stopped the birdshot pellets, the Tesla door showed minor penetration of its outer skin, whereas the Ford door only sustained dents. The test highlights differences in vehicle construction and material resilience under ballistic stress.

This video tests the 'bulletproof' capabilities of standard pool balls against various calibers. Lower calibers like 12-gauge birdshot and .22 LR only cause minor dents. The 9mm round proves surprisingly destructive, significantly damaging the ball. Higher calibers like .223 and .308 completely obliterate the pool balls, with the .308 also collapsing the wooden stand.

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 tests the bulletproof capabilities of a vehicle's engine block. Conducted during the Achilles Heel Tactical Vehicle Dynamics Class, the demonstration emphasizes the importance of understanding how to operate within and around vehicles, particularly for those who spend significant time in them. The description also lists numerous discount codes for various tactical and firearm-related companies, suggesting a strong connection to the firearms and preparedness community.