EXTREME CLEANING #shotgun #brass #shells #restoration #asmr #gun #reloading #beforeandafter

This video showcases the assembly of custom 12-gauge shotgun shells with copper-plated shot and a slug, presented in an ASMR style. A custom carrying case is 3D printed using a TwoTrees SK1 printer. The demonstration culminates in loading these custom shells into a side-by-side double-barrel shotgun and firing them at targets in an outdoor range, highlighting safe firearm handling and custom ammunition creation.

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.

This video demonstrates the process of making homemade shotgun shells for 12 gauge firearms, focusing on cost savings. The presenter highlights that while commercial 12 gauge shells can be expensive, homemade versions can be produced for approximately 37 cents each. The video touches on the materials and tools required for this DIY ammunition project, emphasizing the potential for reduced recoil with handloaded options.

This video demonstrates a cost-effective method for creating DIY 12-gauge slugs by repurposing birdshot shells. The presenter highlights a significant cost saving per slug, making them approximately 37 cents compared to a dollar for store-bought alternatives. However, this DIY approach requires an initial investment in tools and a substantial time commitment, making it most economical for those producing over 200 slugs.

This guide details how to reload budget-friendly 223 Remington ammunition using Berry's 55 and 62 grain bullets and Accurate 2520 powder. It covers component selection, progressive press setup, load data considerations, field testing with a chronograph, and cost analysis, highlighting significant savings by reusing brass. The presenter, Serena, brings over 10 years of competitive service rifle experience and extensive behind-the-scenes work at Ultimate Reloader.

This video demonstrates a methodical, ASMR-style approach to reloading vintage 12 Gauge brass shotgun shells with lead round ball projectiles. A high-level hobbyist showcases precise measurement of components, safe handling of antique firearms, and knowledge of vintage reloading techniques. The process includes using a TwoTrees SK-1 3D printer for custom shell cases and concludes with live fire testing against a wooden plank, highlighting the projectile's significant penetration power.

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.