This Bullet Has An Insane Surprise Inside

This video provides an expert-level analysis of the American-made 5.56 Drone Round, designed to counter Unmanned Aerial Systems (UAS). The host, demonstrating high authority and firearms expertise, details two variants (L and K) and tests their penetration against barriers. Extensive ballistic testing on a gel torso reveals devastating terminal effects. Comparisons are made to traditional shotgun buckshot, highlighting the drone round's advantages in magazine capacity and recoil control. The content offers unique ballistic data, including velocity and energy transfer figures.

This video from Civilian Tactical explores the effectiveness of custom shotgun rounds loaded with drill bits, tested against various targets including a soda bottle, paper silhouette, and a ballistic gel head. The instructor, demonstrating significant practical experience, notes the surprising lack of explosive effect on the soda bottle and limited penetration on the ballistic gel, highlighting the unpredictable nature of unconventional projectiles.

This video tests the ballistic penetration capabilities of a 100-pound lead block against various firearm calibers, from .22LR up to a .50 BMG. The test demonstrates that while smaller calibers leave minimal marks, larger rounds create significant craters. Notably, even powerful rifle rounds like the .308 and .223 fail to fully penetrate the block, highlighting lead's effectiveness as a projectile barrier. The .50 BMG is the only caliber shown to successfully penetrate the entire block and reach the target behind it.

This video from Tática Civil tests the lethality of a unique shotgun shell loaded with three bouncy balls, branded by Hickory Flat Boars. The instructor, demonstrating significant expertise in ballistic testing, evaluates the shell's performance through water jug, paper target, and ballistic dummy head tests. The results indicate extreme devastation, with the projectiles shredding targets and causing significant damage to the ballistic dummy, leading to a strong warning against being hit by this ammunition.

This video from Polenar Tactical demonstrates the extreme durability and eventual destruction of a Protection Group Denmark Level 4 ballistic plate. The demonstration goes beyond standard NIJ testing, showcasing the plate's ability to withstand multiple high-power rifle impacts before succumbing to a final, devastating shot. The content highlights the robust nature of European-made, NIJ Level 4 rated armor.

This video from Yee Yee Life tests the ballistic resistance of steel toe boots against various firearm calibers, from .22LR up to .50 BMG. The expert instructor demonstrates that while steel toe boots can stop smaller caliber rounds like .22LR, .380 ACP, 9mm, and .45 ACP, they fail to stop higher-powered rounds such as the .44 Magnum, .50 AE, and .50 BMG, which penetrate the boots and the mannequin used for testing. The demonstration highlights the limitations of standard footwear against significant ballistic threats.

This comparison tests the .50 AE Desert Eagle against the .44 Magnum in various barrier tests, including wood, steel, sand, and concrete. While both calibers showed impressive power, the .50 AE demonstrated superior performance in ballistic gel with deeper penetration and a larger wound channel. Ultimately, the video questions if the .50 AE's marginal gains justify its significantly higher cost per round compared to the versatile .44 Magnum.

This video provides a detailed comparison between .223 Remington and 5.56 NATO ammunition, demonstrating their performance differences through rigorous barrier testing. While visually identical, 5.56 NATO shows a slight advantage in velocity and energy. Crucially, 5.56 NATO exhibits superior barrier penetration against lumber and steel, whereas .223 Remington struggles. Specialized rounds like M855A1 also show enhanced performance against sand barriers.

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 video compares 9mm, .40 S&W, and .45 ACP through various barrier tests including lumber, sand, and concrete, alongside ballistics gel testing. While all calibers performed similarly through most barriers, the .40 S&W showed slightly better penetration and expansion in ballistics gel. The host ultimately favors 9mm due to its lower recoil and higher capacity, despite the .40 S&W's respectable performance.