Videos tagged with Military Engineering

This video details the CNC machining process for recreating the nose cone of the 'Little Boy' atomic bomb. It showcases material preparation, high-pressure metal spinning over a mandrel, waterjet trimming for precision, and final assembly onto a replica bomb casing. The process highlights advanced fabrication techniques used in historical ordnance replication.

This content details the 165mm High Explosive Plastic (HEP) M123A1 round, designed for obstacle clearing and fortification destruction. It highlights the M135 short-barreled demolition gun and its platform, the M728 Combat Engineer Vehicle (CEV). Archival footage demonstrates the CEV's operational capabilities in combat engineering roles.

This YouTube video focuses on the full restoration of a piece of modern artillery, highlighting its historical significance and the intricate process of bringing it back to working condition. While the specific artillery piece is not named, the title "This Changed Modern Artillery" suggests a significant impact on military technology. The restoration process likely involves detailed gunsmithing, mechanical repair, and potentially cosmetic work, offering insights into historical weapon systems and their maintenance.

This YouTube video delves into the Mark-14 Torpedo's inertia detonator, framed within a historical and engineering context, specifically referencing World War II. The title 'BRASS BALL OF DEATH' and the inclusion of #military, #history, #engineering, and #physics indicate a focus on the technical aspects and historical significance of this munition.

This YouTube video focuses on the mechanical intricacies of the 90mm T8 Anti-Tank Gun, specifically highlighting its falling-block artillery breech. The title and description emphasize the engineering aspects of this World War II era US Army weapon. While not a demonstration of firing or practical use, the content delves into the design and functionality of a significant piece of historical military ordnance.

This video delves into the manufacturing process of ammunition cartridge cases, specifically highlighting 'Draw Sets' within the engineering and history of bullet production. It provides insight into the industrial methods used to create these essential components of firearms.

This video showcases a miniature Belgian high-explosive rifle grenade equipped with a point-detonating fuze. The title highlights the military and engineering aspects of this specialized ordnance, suggesting a focus on its design, functionality, and potential applications within military contexts. The content likely delves into the mechanics and historical significance of such a device.

This video delves into historical ordnance, specifically referencing an 80-year-old technical manual alongside the M2E7 feed mechanism. The content highlights military technology and its evolution, with a focus on historical ordnance and specific military hardware. The use of hashtags like #ordnance, #technology, and #military suggests an interest in the historical and technical aspects of military equipment.

This video showcases a rare WW2 USA Naval Ship Scuttling Timer, detailing its mechanical clockwork and disassembly process. The timer, made of brass, allowed for a delay of 1 to 6 hours before detonation, crucial for ship abandonment procedures. Its intricate internal gears and springs highlight the engineering of the era.

This video provides an in-depth look at the 76mm/62-cal Navy Gun round, specifically focusing on its radio proximity fuze. It details the projectile's exterior markings, including '76MM/62 HE-IR', and showcases a cutaway revealing the fuze's complex electronics. The content also includes footage of the OTO Melara 76mm naval gun in rapid fire, highlighting its operational capability.

This video provides an in-depth look at the FGM-148 Javelin anti-tank missile, focusing on its tandem warhead. It details the function of copper shaped charges and their effectiveness against Explosive Reactive Armor. Live fire footage demonstrates the missile's top-attack capability and impact.

This video provides a striking visual comparison between a Barrett 82A1 .50 caliber rifle and a massive 203mm artillery muzzle brake. It highlights the significant scale difference using a .50 BMG round and examines an M509A1 projectile and its fuse. Firing demonstrations illustrate the recoil management of both systems, showcasing engineering differences between small arms and heavy artillery.