Are These Magnetic Balls Lethal?

This test compares subsonic and supersonic .22LR ammunition lethality using Clear Ballistics gelatin and a cloth barrier. Results indicate that heavy subsonic FMJ rounds can penetrate beyond the FBI's 12-inch minimum, challenging the assumption that they are less deadly than supersonic hollow points. The supersonic hollow point demonstrated expected mushrooming.

This YouTube video investigates the effectiveness and lethality of subsonic 5.56mm ammunition when fired from an AR-15 platform. The creator aims to debunk the common notion that AR-15s are not designed for subsonic loads by testing their performance. The video also includes mentions of their sponsor, Aura, and encourages viewer support through Patreon and PayPal, along with links to their Instagram and camera gear.

This review tests the lethality of a suppressed .357 Magnum lever-action rifle. Despite significant sound suppression, the rifle demonstrated substantial terminal ballistics, creating clear entry and exit wounds in a ballistic dummy head. The test highlights that suppressed firearms can retain significant stopping power.

This YouTube video, titled "Corte de bala realmente funciona?" (Does bullet cutting really work?), investigates the effectiveness of a specific technique or product related to firearms. Based on the title, the content likely explores whether a method of cutting or altering bullets has a practical or demonstrable effect, potentially in relation to ballistics, terminal performance, or legality. The video is expected to offer insights and analysis for viewers interested in firearm ballistics and projectile modification.

This video tests the lethality and accuracy of high-powered PCP air rifles, comparing them to traditional firearms. While .22 and .30 caliber air rifles failed to penetrate a ballistic skull at 100 yards, the .30 caliber successfully penetrated at 25 yards, showing comparable damage to a .22 LR firearm at close range. The review highlights their precision, modularity, and unregulated status, making them suitable for pest control and training despite a high cost of entry.

This video tests the lethality of various 'less lethal' shotgun rounds, including rubber buckshot, bean bags, and specialized projectiles. The .410 rubber buckshot demonstrated significantly higher velocity and penetration than 12-gauge versions. Bean bag rounds proved to be the most damaging, causing substantial plywood destruction and ballistic gel displacement, leading the host to conclude they are the most lethal 'less lethal' option.

This comedic skit humorously emphasizes the critical importance of wearing eye protection at the shooting range. It illustrates a handgun malfunction, specifically a stovepipe, and uses a visual gag with a spent casing to drive home the safety message. The creator showcases tactical gear and a Sig Sauer P365 XL, demonstrating firearm handling in a range environment.

This video tests the penetration capabilities of various calibers, from .22 LR to .50 BMG, against a tree. Surprisingly, even the powerful .50 BMG round failed to penetrate the tree completely, demonstrating the significant stopping power of natural barriers against firearms.

This video explores the hypothetical concept of using a human body as a suppressor, simulating the scenario with ballistic gel. A Derya Arms .22 rifle is fired into a ballistic gel head, with the host noting the shot sounded 'dead silent'. The experiment demonstrates the penetration depth of a .22 LR round through the simulated head.

This test evaluates the ballistic protection of a Belgian M1 steel helmet against various calibers. While it stopped birdshot, .22, and .380 Auto rounds, it failed to defeat 9mm and .223 Remington rounds, indicating it is not suitable for protection against common handgun or rifle threats.