massive slug that EXPLODES 😈

This video demonstrates an experimental test of replacing lead shot in a 12-gauge shotgun shell with approximately 100 hairpins. The test involves three parts: a water test to show immediate energy, a cardboard test for pattern analysis, and a ballistic gelatin test to assess penetration and projectile behavior. The results indicate significant projectile deformation and penetration, suggesting a potentially lethal outcome.

This video demonstrates an experimental modification of a 12-gauge shotgun shell, replacing birdshot with thousands of bobby pins. Through a three-part test involving water jugs, cardboard targets, and ballistic gelatin, the effectiveness and lethality of this improvised projectile are evaluated. The results indicate significant energy transfer, wide pattern spread, and penetration capabilities, suggesting the bobby pin shell is 'certified deadly'.

This video details the experimental creation and testing of custom exploding slugs for the AEA Zeus .72 cal MKII air rifle. The host, demonstrating high expertise in airgun modification and ballistics, fabricates these rounds by filling hollow-point slugs with a mixture derived from exploding pellets and sealing them. Subsequent tests against various targets, including a concrete brick and a fire extinguisher, showcase the slugs' significant explosive potential, though penetration capabilities vary.

This guide details the experimental process of creating and testing custom bullets made from JB Weld epoxy. The Civilian Tactical host demonstrates loading these epoxy projectiles into 12-gauge shells and evaluates their performance through energy impact tests, accuracy assessments, and a lethality test using ballistics gelatin. The results indicate these custom bullets are highly penetrative but lack accuracy.

This guide details the experimental testing of homemade toothpick shotgun rounds, as demonstrated by Civilian Tactical. It covers setting up targets to assess energy, accuracy, and lethality, firing the custom rounds from a pump-action shotgun, and analyzing the results. The experiment concludes that these rounds are non-penetrating and non-lethal, failing to even pierce a homemade shrapnel vest.

This guide details the process of creating DIY hollow point ammunition from FMJ rounds using a drill press, as demonstrated by Civilian Tactical. It covers the modification steps, testing for cycling and accuracy in a Girsan CMX, and evaluating terminal ballistics in ballistic gelatin. The instructor, an experienced firearms expert, advises caution and recommends factory ammunition despite the potential for DIY hollow points to be effective.

This guide details the process of loading and firing the AEA Harpoon, a .50 caliber double-barrel airgun, as demonstrated by the Shooting Gear Reviews host. It covers projectile types, loading procedures, and safe firing practices for target engagement. The host's high authority level is evident in their demonstration of proper handling and safety.

This review showcases the AEA Harpoon, a powerful .50 caliber double-barrel airgun. The host, an established airgun reviewer, demonstrates its break-action operation, highlights the 5000 PSI rated cartridges, and tests its impressive impact on a watermelon target. The video emphasizes the unique design and high-energy performance of this airgun.

This video provides an expert-level comparison between a .22 caliber airgun and a .22 Long Rifle, demonstrating the significant difference in power despite potentially similar advertised velocities. Using a chronograph and a plywood impact test, the review highlights how projectile weight, not just velocity, dictates kinetic energy and penetration. The .22LR clearly outperforms the airgun in terms of raw power, a conclusion drawn by a specialized reviewer with high authority.

This comprehensive review by Ben Pierson of Shooting Gear Reviews delves into the AEA Zeus .72 Cal, an exceptionally powerful airgun. Pierson, a recognized expert in airgun technology, provides detailed insights into its ballistics, mechanics, and practical applications. The review highlights the Zeus's 1200 ft-lbs of energy, confirmed by chronograph readings of 1030 FPS with a 500-grain slug, and demonstrates impressive accuracy at 50 and 100 yards.