Videos tagged with Brass Casing

This video analyzes the cost-effectiveness of reloading ammunition in 2026, focusing on common calibers like 9mm, .223/5.56, and larger calibers such as .300 Win Mag. It details the costs of components (primers, powder, brass, bullets) and compares them to factory ammunition prices. The analysis highlights that reloading is only cost-effective for those shooting a significant volume of rounds annually (at least 1,000 per year) and who can reuse brass multiple times, with a break-even point typically occurring after 3 years for common calibers and 2 years for larger calibers, assuming initial equipment costs are already covered.

This video analyzes the cost-effectiveness of reloading ammunition in 2026, focusing on common calibers like 9mm and .223/5.56, as well as larger calibers like .300 Win Mag. It highlights that while reloading can offer savings, the initial cost of equipment and the current high price of brass, often imported from India and China, significantly impact the break-even point. The analysis suggests that reloading is most beneficial for those with a long-term shooting plan, typically breaking even after three years for common calibers and two years for larger ones, assuming brass is reused.

This video details how to handle defective ammunition discovered after purchase. It emphasizes inspecting individual cartridges, particularly the casing neck, for machine marks or divots. If a defect is found, the primary action is to contact the ammunition manufacturer directly, providing purchase details and lot numbers from the box, as most retailers have a strict 'all sales final' policy on ammunition.

This video discusses identifying and handling defective ammunition, specifically a triangular divot found on a brass casing. It emphasizes inspecting individual cartridges, noting that such defects can be subtle machine marks. The process of contacting the manufacturer, providing purchase details and lot numbers, is outlined as the correct procedure for resolution, as most retailers do not accept ammunition returns.

This video details the Pidault-Cordier "Raphael" revolver from 1860, highlighting its advanced features for its time, including a center-fire system with a unique brass casing that could cause cylinder rotation issues. It explains the specific loading and unloading procedure involving a safety position and a gate mechanism, and touches upon its historical procurement by the US Army during the Civil War.

This video details how to identify and report defective ammunition. It highlights a specific machine mark defect on a cartridge neck and explains the process of contacting the manufacturer, providing lot numbers, and understanding return policies. The discussion emphasizes the importance of inspecting individual cartridges for potential issues that could affect firearm function and safety.

This expert guide details a long-term experiment testing the durability of 9mm ammunition submerged in Mobil 1 synthetic motor oil for nine months. The test, conducted by Collapse N Protect, involved submerging brass-cased rounds and then live-firing them to assess reliability. The results indicate that modern ammunition can withstand prolonged exposure to oil without functional degradation, a conclusion drawn from systematic, long-term testing by an authority figure.

This video provides a satisfying, ASMR-focused unboxing of a 1000-round can of 5.56x45mm M193 Ball ammunition manufactured by IVI in 2023. The creator demonstrates proper handling of a sealed ammo can, inspects the headstamp for verification, and showcases the contents, including 20-round boxes. The focus is on the tactile and auditory experience of opening and examining the ammunition.

This video provides an expert-level disassembly of a rare 4-gauge shotgun shell. The instructor, demonstrating high authority, meticulously details the components, including lead shot, wadding, and gunpowder, using precision tools like digital scales and calipers. The process highlights the significant size and weight of the components, offering a unique look into the construction of this large-caliber ammunition.

This video provides a detailed, ASMR-style look at a World War I era 75mm poison gas shell. A specialist collector demonstrates the careful disassembly and reassembly of the fuse mechanism, highlighting the intricate brass components and the booster tube. The presenter emphasizes markings and casing details, offering high-authority insights into historical ordnance handling.

This video reviews Aguila .22 Long Rifle 40-grain copper-plated ammunition. The presenter highlights its suitability for training and plinking, noting its brass casing and an advertised velocity of 1255 feet per second. The ammunition is manufactured in Texas and is presented as a cost-effective option for high-volume shooting in both pistols and rifles, with the copper plating intended to improve accuracy and reduce barrel fouling.

This video demonstrates the disassembly of inert 40mm Bofors L60 rounds using a specialized 1934 Fixed Ammunition Disassembling Machine. The process, guided by an expert with high authority, involves securely clamping the round and using a mechanical screw and lever system to extract the projectile from its brass casing. The machine proves capable of handling older, weathered ordnance.