Videos tagged with Military Ammunition

This video highlights the significant over-reliance on 9mm ammunition, making it vulnerable to shortages during times of increased demand, such as military escalation or surges in new gun owners. The speaker, with apparent authority on firearms and market dynamics, advises diversifying ammunition calibers beyond 9mm to mitigate risks of price spikes and unavailability. Key alternatives suggested include .380 ACP, .40 S&W, .45 ACP, .38 Special, and .357 Magnum.

This video highlights the significant over-reliance on 9mm ammunition among civilian gun owners, law enforcement, and militaries worldwide. It warns that in scenarios of war escalation or surge in new gun owners, 9mm will be the first caliber to experience severe shortages and price spikes, similar to toilet paper during the 2020 COVID-19 pandemic. The speaker advises diversifying ammunition stockpiles to include other calibers like .380 ACP, .40 S&W, .45 ACP, .38 Special, and .357 Magnum, which are predicted to remain available longer.

This video provides an expert-level analysis of two specialized 7.62 NATO rounds: the M61 armor-piercing bullet and the N4-61 tear gas bullet. The host, demonstrating high expertise in ballistics, conducts rigorous testing using professional equipment, including chronographs and various barrier materials like steel, concrete, and ballistic gel. The insights cover penetration capabilities, velocity data, and the effectiveness of tear gas deployment upon impact, offering valuable information for firearms enthusiasts and professionals.

This video, featuring a former Army Ranger and law enforcement officer, delves into the critical factors determining ammunition loadout for various scenarios. It emphasizes that 'how much ammo is enough' is dictated by the mission, expected engagement duration, supply lines, and the specific role of the individual. The discussion highlights the difference between combat loads, patrol loads, and the needs of a prepared citizen, stressing that ammo provides time for maneuver, cover, and egress, and that underestimating ammunition needs can be a critical tactical error.

This guide details the assembly of the 25mm M919 Armor-Piercing Fin-Stabilized Discarding Sabot with Tracer (APFSDS-T) round, as demonstrated by a subject matter expert. The process involves attaching the fin assembly to the penetrator, fitting sabot petals, securing an obturator for a gas seal, and finally inserting the projectile into the cartridge case. The demonstration highlights precise assembly techniques for complex sub-components, emphasizing the importance of correct military nomenclature and safe handling practices.

This video explains the historical development and enduring popularity of the 9mm cartridge. It details how George Luger designed the 9x19mm Parabellum for the Luger PA pistol, balancing power, recoil, and capacity. The cartridge's adoption by the German army in 1908 and its widespread use in both World Wars cemented its status as a global standard for military, police, and civilian firearms.

This video highlights a significant, under-discussed issue: the widespread use of RFID tags in ammunition by manufacturers, shipping companies, the US military, law enforcement, and even governments. The primary drivers are inventory management, security, logistics, and accountability. The speaker warns that this tracking capability means stolen ammunition, which is a substantial problem, could potentially be traced, especially if acquired through unofficial channels or from sources known to buy used or questionable inventory. Consumers are advised to be aware of where they purchase ammunition, particularly if it's from pawn shops or gun stores that might acquire it from individuals, and to consider the possibility of RFID-tagged ammunition being present in their own inventory, especially if acquired recently.

This video demonstrates the capability of the M61 round in piercing AR500 steel at close distances. The title and description explicitly warn viewers against attempting this themselves, emphasizing that the activity is for testing purposes only. This suggests a focus on ballistics, material science related to armor, and the destructive power of certain ammunition types.

This video delves into a specific historical ammunition design: heavy case crimps used by the military approximately 100 years ago. Lena Miculek and an expert discuss how this crimp prevented bullet setback in firearms with rough feeding mechanisms, such as early submachine guns and the 1911 pistol, ensuring reliable cycling. The explanation highlights the practical engineering behind ammunition design for specific firearm applications.

This entry details the performance characteristics of the M855A1 5.56x45mm NATO round, as analyzed by Dirty Civilian. The analysis focuses on terminal ballistics in ballistic gel, highlighting expansion and fragmentation patterns. Key technical insights include its higher operating pressure (+10,000 PSI) and its design objective to achieve higher velocities from shorter barrels.

The video discusses a potential shortage of synthetic nitrocellulose, a key ingredient in modern gunpowder, due to increased military demand for 155mm shells. Colt Manufacturing has acquired a majority stake in a Czech Republic-based producer of this material, aiming to secure its supply for civilian ammunition production and mitigate future shortages.

The US Army is transitioning to the 6.8mm caliber for its Next Generation Squad Weapons, a significant shift from the long-standing 5.56mm. Sig Sauer has achieved a production goal of 100 million rounds of 6.8mm annually, which is crucial for both military readiness and future civilian availability. This increased production is seen as a positive development for civilians interested in adopting the new caliber.