Oobleck é à prova de balas? Descubra!

This experiment tests the bullet-stopping power of Lego baseplates against various calibers. A .22 LR was stopped by 27 sheets, a 9mm by 46, and a .44 Magnum by 77. A .223 round from an AR-15 penetrated 88 sheets, while a .50 BMG round went through all 100 sheets, destroying the target dummy.

This video tests the bullet resistance of standard granite countertops against various calibers. While .22 LR and 9mm rounds caused only minor marks or dents, a .44 Magnum round created a significant impact, causing spalling and a chunk to break off, but did not penetrate. A 12-gauge shotgun slug, however, completely penetrated the granite slab, demonstrating its limitations against higher-powered projectiles.

This video tests the bulletproof capabilities of a 65-pound lead block against various calibers, from .22 LR to .50 BMG. While handguns and smaller rifle rounds cause significant deformation and shallow penetration, larger calibers like the .408 CheyTac and .50 BMG demonstrate lead's limitations as armor, with the .50 BMG nearly penetrating the 4-inch thick block. The test highlights that lead is not truly bulletproof against high-powered rifle threats.

This YouTube video, titled 'Can Silver Stop a 9mm? #gun #civtac #fullautofriday', explores a ballistic test to determine if silver can effectively stop a 9mm projectile. The description is minimal, but the title and hashtags strongly suggest a focused examination of projectile penetration and material resistance, likely involving shooting demonstrations and analysis.

This video tests the bullet-stopping capabilities of Red Vines licorice against various calibers. A single bucket of licorice stops a .22 LR, while three buckets are needed for 9mm and 7.62x39mm rounds. More powerful rounds like the .50 AE and .308 Win are stopped by the fourth and third buckets respectively, with the .50 BMG requiring five buckets. The experiment highlights the surprising effectiveness of dense, pliable materials in projectile mitigation.

This TFBTV episode tests the bullet resistance of non-Newtonian liquids, commonly known as slime or Oobleck, against various firearms. The video pits slimes against a Walther PPK (.22), FN 509 Tactical (9mm), Ideal Conceal "Cell Phone Gun" (.380 ACP), Chiappa Rhino (.38 Special and .357 Magnum), and the powerful Smith & Wesson 500 Magnum. The experiment aims to determine how these materials react under the pressure of gunfire.

This video explores the theoretical and practical outcome of loading a 50 BMG cartridge into a 12 gauge flare gun. The experiment, conducted by a hobbyist, demonstrates that while the 50 BMG cartridge surprisingly fits, the flare gun's firing mechanism and primer strength are insufficient to ignite it. The test highlights the significant differences in primer resistance between ammunition types.

This video debunks the myth that shooting upwards is safe, explaining the lethal terminal velocity of falling projectiles. It showcases the Canik Mete MC9 Prime with a Gideon Valor optic and demonstrates the use of 9mm shot shells for controlled, less dangerous demonstrations, highlighting their unique projectile dispersal.

This video debunks the myth that a .50 BMG round passing near a target can be lethal due to shockwave. Using a ballistic mannequin head and a Big Kahuna Firearms Raptor-50 rifle, the test demonstrated that while the .50 BMG round impacted and destroyed a concrete block behind the target, it did not affect the mannequin or the cardboard placed near it. The conclusion is that a near miss from a .50 BMG is not fatal.

This video conducts a destructive test comparing the impact of .22 LR and .50 BMG rounds on a ballistic head model. The .22 LR caused minimal damage, while the .50 BMG completely destroyed the head, highlighting the vast difference in energy and destructive potential between the two calibers. The test also showcases the Raptor .50 BMG upper receiver as an accessible way to experience .50 BMG ballistics on an AR-15 platform.