TYPES OF ROUNDS #shotgun #gun #usa #hunter #hunting #stalker2 #shot

This video demonstrates a unique ballistic test using 12 Gauge shotgun shells loaded with jawbreaker candies. The instructor, exhibiting experienced authority, fires these shells at a water jug, paper target, and a Clear Ballistics Joe Fit Head. The results show that these candy projectiles carry significant energy, create a wide spread, and can cause substantial damage, debunking the notion that they are harmless.

This video details an experiment with homemade shotgun shells filled with piano wire, designed to expand upon firing. The Civilian Tactical host tests their effectiveness against paper and homemade body armor targets. Initial results show low pressure and failure to expand, with a modification involving a marble also proving ineffective as the wire crimped instead of spreading. The experiment concludes that these piano wire shells are not viable.

This video identifies five calibers of ammunition that are currently excellent investments due to high availability, affordability, and consistent demand. The speaker, from God, Family, and Guns, highlights 9mm, 5.56 NATO/.223 Remington, .308 Winchester/7.62x51 NATO, 12 Gauge shotgun shells, and .22 LR as prime choices for stockpiling, citing their widespread use by civilians, law enforcement, and military.

This video tests the effectiveness of specialized 12 Gauge shotgun shells from Hickory Flatbs, designed to fragment like 'hopscotch pieces' but made of lead. The test uses ballistic gel to measure penetration, revealing that while the projectiles fragment, they achieve significant penetration depths of 8-12 inches, making them potentially suitable for home defense without over-penetration risk.

This video details an experimental test of custom shotgun shells loaded with drill bits, fired at various targets including a soda bottle, paper silhouette, and ballistic gel head. The presenter, exhibiting experienced authority, critiques the AI's suggestions for testing realism, particularly regarding pressurized targets. The results highlight the unpredictable nature of such projectiles, with some hits achieving center mass and others deviating significantly, like the 'rogue bit'. The video also features a promotional code for a ballistic gel head product.

This video explores the construction and potential effects of 12-gauge rock salt shotgun shells. It demonstrates a DIY method for creating these shells by replacing lead shot with coarse rock salt. Testing on a raw chicken carcass suggests significant tissue damage, highlighting the potential for extreme pain and non-lethal incapacitation, though lethality is not entirely ruled out.

This video demonstrates a detailed, multi-stage manual reloading process for a niche 4-gauge shotgun shell. The expert instructor guides viewers through priming, powder loading, wad insertion, projectile seating with a 'Megaslug', and finally sealing the shell with melted polymer/wax. The process highlights specialized tools and components required for this large-caliber reloading.

This guide details the process of handloading 12 Gauge buckshot ammunition, as demonstrated by an experienced individual. It covers priming casings, adding Sokol gunpowder, inserting wads and 9mm lead buckshot, and finishing with a star crimp using a reloading press. Proper storage with a desiccant is also shown. The demonstration highlights expertise in ammunition handloading techniques.

This guide details the methodical disassembly of vintage 16-gauge Azot shotgun shells, as demonstrated by a specialist. It covers the careful cutting of the hull, extraction of components like lead shot and gunpowder, and the use of precision tools for measurement. The video emphasizes a systematic approach to analyzing old ammunition, including a gunpowder burn test, highlighting the expertise of the presenter in handling potentially hazardous vintage materials.

This guide details the custom reloading of 12 Gauge brass shotgun rounds, emphasizing a methodical, ASMR-style approach. It covers shell preparation, precise powder measurement, wadding, projectile insertion, and finishing with wax seals and custom stamps. The process also includes the 3D printing of custom storage cases, showcasing advanced DIY ammunition crafting.