GERMAN BUCKSHOT ROUND #shotgun #12gauge #rare #ammo #check #usa #asmr #gun #hunting #hunter #rdr2

This video provides an expert-level demonstration of disassembling a vintage Hubertus 12-gauge shotgun shell, a process led by an individual with high technical proficiency. The demonstration includes precise measurements of components like 8mm buckshot and smokeless powder, followed by a functional burn test of the powder and a live-fire test in a modern Benelli M4. The presenter's methodical approach and use of specialized tools highlight a deep understanding of ammunition.

This guide details the disassembly of a 12-gauge shotgun cartridge, as demonstrated by an experienced instructor from DROBASHEVICH. It covers the careful cutting of the crimped end, removal of internal components like the wadding and shot cup, and the extraction of the primer. This process is crucial for understanding ammunition construction and potentially for salvaging components for reloading or educational purposes.

This guide details the methodical disassembly of a Winchester 12 GA 00 Buckshot shell, as demonstrated by an expert with high authority. It covers inspection, component separation, precise weighing of pellets and gunpowder using digital scales, and pellet measurement with calipers. The process highlights a clinical, ASMR-style analysis of ammunition components, including an optional gunpowder burn test.

This video provides a detailed ASMR-style disassembly and analysis of the Takho Super Magnum 12/89 shotgun shell. The creator, a technical enthusiast, meticulously weighs the shot (63.9g) and powder (2.3g), measures pellet diameter (~4mm), and demonstrates the flake powder's burn characteristics. The process highlights the use of precision tools for component measurement, offering a deep dive into the shell's construction.

This guide details the meticulous disassembly of a vintage Polyex 12 Gauge shotgun shell, as demonstrated by DROBASHEVICH. It covers the extraction and measurement of buckshot, analysis of wads, and weighing of the gunpowder charge. The process emphasizes precision using tools like digital scales and calipers, highlighting the technical expertise involved in ammunition component analysis.

This guide details the process of testing and tuning an AR-12 style shotgun build, specifically addressing the compatibility between an ICO Marketing Group upper and a PSA .308 lower receiver. It covers loading with specific ammunition, firing, clearing potential feeding issues, and performing necessary modifications for optimal performance. Instruction is provided by an experienced individual familiar with firearm components and build requirements.

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.