Air Rifle On Steroids

This video tests the bullet resistance of a large boulder against various firearms, culminating in a .50 caliber sniper rifle. The experiment demonstrates that even smaller calibers cause minimal damage, with significant chipping and cracking only appearing with higher-powered rifle rounds. It took two .50 caliber rounds to eventually penetrate the boulder, highlighting its substantial protective capabilities.

This video tests the penetration capabilities of various calibers through drywall, culminating with a .50 caliber sniper rifle. It provides empirical data on how many sheets of drywall each round can penetrate, offering insights into projectile energy and material resistance. The experiment demonstrates significant differences in stopping power across calibers.

This video from Yee Yee Life demonstrates a ballistic test on steel toe boots, firing various calibers from .22LR up to .50 BMG. The expert instructor shows how lower calibers are stopped by the boots, while higher calibers like .50 AE and .50 BMG penetrate. The test highlights the limitations of steel toe boots against powerful firearm rounds.

This video tests the ballistic resistance of steel-toe boots against various calibers, from .22LR up to .50 BMG. While smaller calibers like .22LR and .380 ACP were completely stopped with minimal deformation, larger calibers like 9mm and .45 ACP caused significant bulging and potential toe injury, though they were still stopped. The .44 Magnum partially penetrated the steel on one attempt, and the 50 AE and 50 BMG successfully penetrated the steel toe, rendering the boots ineffective against these high-powered rounds.

This video demonstrates a series of ballistic tests using various projectiles, including .22LR, 12-gauge birdshot and slug, 9mm hollow point, a crossbow bolt, and a .50 Cal round, to determine how many basketballs each can penetrate. The results offer a visual comparison of the stopping power and penetration capabilities of different ammunition types and projectile platforms. The experiment highlights the significant differences in energy and effectiveness between common handgun rounds, shotgun loads, and high-powered rifle cartridges.

This video details an experimental test to determine how many bricks are required to stop various bullet calibers, from .22 LR up to .50 BMG. The host, demonstrating familiarity with safe firearm handling and various platforms, tests handguns and rifles, showcasing the significant penetration power of larger calibers like the .50 AE and .50 BMG. The experiment provides a visual demonstration of projectile energy transfer and material resistance.

This video provides an expert-level comparison between the .44 Magnum and .50 Action Express calibers, featuring a Magnum Research Desert Eagle and a Ruger Super Redhawk. The host, demonstrating high authority, conducts a series of tests including penetration through lumber, steel, sand, and concrete, followed by ballistic gel testing with hollow-point rounds. The analysis highlights differences in muzzle energy, penetration, and wound channel, ultimately questioning the cost-to-performance ratio of the .50 AE.

This video provides an in-depth, experimental comparison between .223 Remington and 5.56x45mm NATO cartridges, utilizing a chronograph and various barrier materials. The host, demonstrating high expertise through empirical testing, reveals significant performance differences, particularly in barrier penetration, with 5.56x45mm NATO generally outperforming .223 Remington.

This video from Banana Ballistics explores the surprising lethality of "less lethal" shotgun ammunition. Through rigorous testing with ballistic gel and plywood, the host demonstrates that rounds like bean bags and high-velocity .410 rubber buckshot can cause significant damage, challenging the common perception of these rounds as entirely non-lethal. The testing highlights the importance of understanding ammunition performance beyond its intended classification.

This video provides an objective comparison of 9mm Luger, .40 S&W, and .45 ACP calibers through a series of rigorous tests including lumber, sand, concrete, and ballistics gel. The host, leveraging specialized equipment like a Garmin Xero C1 Pro chronograph and digital calipers, presents data on velocity, penetration, and expansion. While .40 S&W showed competitive performance in some tests, the analysis concludes with a preference for 9mm due to its higher capacity and lower recoil, highlighting the importance of practical considerations beyond raw ballistics.