Can WET Concrete Stop a Bullet???

This video from Yee Yee Life features an energetic, informal experiment testing the ballistic resistance of a bowling ball against a range of calibers, from .22 LR up to .50 BMG. The host, demonstrating familiarity with various firearms and safe practices, shows how progressively larger rounds impact the ball. Ultimately, only the .50 BMG round completely obliterates the bowling ball, highlighting significant differences in terminal ballistics.

This video tests common household objects and vehicle components as ballistic cover against various calibers including .22 LR, 9mm, .223, 12 gauge, and 300 Blackout. The experiment uses ballistic dummies to determine if objects provide cover (stopping rounds) or concealment (not stopping rounds). Results indicate that most everyday items offer minimal to no effective cover against common firearm calibers, with only certain materials and calibers showing potential to stop rounds.

This video tests the ballistic resistance of an actual helicopter blade against a wide array of calibers, from .50 BMG down to .22 LR. The host, Scott from Kentucky Ballistics, systematically fires various firearms at the blade, documenting penetration and stopping power. The results reveal that while larger calibers like .50 BMG and .416 Rigby easily penetrate the blade, smaller pistol calibers and even some rifle rounds can be stopped by certain sections, particularly the thicker base. The experiment concludes by revealing the blade is surprisingly hollow in its core structure.

This video tests the ballistic resistance of concrete blocks against various calibers, from .22LR to .50 BMG. It demonstrates the significant penetration capabilities of larger calibers like the .50 BMG, which vaporized multiple blocks, highlighting its destructive potential against structures. The test also showcases the effectiveness of smaller calibers against concrete, with some rounds causing significant damage but failing to penetrate.

This video from Yee Yee Life features Parker conducting an experimental ballistic test to see if a large ball of duct tape can stop bullets. Using firearms like the Ruger 10/22, a 9mm Glock, a Ruger Redhawk .44 Magnum, a .45 ACP 1911, a .450 Bushmaster rifle, and an AR-15, Parker tests various calibers against the duct tape target. The results show the tape ball successfully stopped .22 LR, 9mm, and .45 ACP rounds, but was penetrated by .44 Magnum, .450 Bushmaster, and 5.56mm rounds.

This video from Kentucky Ballistics tests the bullet-stopping capabilities of a 10 oz pure silver bar against various calibers. The bar successfully stopped .22 LR and 9mm rounds, though it deformed significantly with the 9mm. It also stopped a .45 ACP round, causing further deformation and dislodging a previous .22 bullet. However, a 5.56 rifle round penetrated the bar completely, leading to the conclusion that silver is not effective body armor. The expert assessment highlights safe firearm handling and a clear understanding of ammunition types.

This video from DemolitionRanch, hosted by Matt Carriker, explores the capabilities of high-powered, regulated air rifles like the AirForce Texan SS and Sam Yang Dragon Claw. Carriker demonstrates their impressive power, accuracy, and surprisingly quiet operation due to integrated suppressors, highlighting a legal loophole where these airguns and their suppressors are not subject to NFA regulations. The content showcases ballistics testing and comparisons, emphasizing the expert knowledge of the host in firearms and related legalities.

This video features Nicholas Irving, a former Special Operations sniper, demonstrating and discussing various high-powered firearms. Irving, author of 'Way of the Reaper,' shares insights on sniper rifles like the Barrett M107A1 and SR-25, discusses the recoil of the S&W 500 Magnum, and tests the penetration capabilities of different calibers against an engine block. The content highlights practical applications and the effectiveness of these weapons in tactical scenarios.

This video demonstrates the dangerous consequences of firing incorrect ammunition calibers in firearms. Experienced instructor Matt Carriker shows how .380 ACP in a 9mm firearm and 9mm in a .40 S&W firearm can lead to cycling failures and severe brass deformation due to improper headspacing. The experiment highlights the critical importance of using the correct ammunition for each firearm to ensure safe operation and prevent damage.

This video from DemolitionRanch, featuring firearms expert Matt Carriker, tests the ballistic resistance of Flex Tape when used as improvised body armor. The experiment involves layering Flex Tape onto cardboard and testing its effectiveness against .22 LR, 5.7x28mm (FN PS90), and 9mm (CZ Scorpion Evo 3 S1) rounds. The results demonstrate that even extensive layering of Flex Tape is insufficient to stop common firearm calibers, highlighting the importance of proper ballistic materials.