Videos tagged with Naval Ordnance

This entry details the identification and structural breakdown of the Mark 45 torpedo, focusing on an exercise version. It highlights specific markings like 'USN MARK 80 MOD 1' and 'USN TORPEDO MK 45 MOD 2 AFTERBODY - TAILCONE', and describes key components such as the tail cone, afterbody, exercise section, battery compartment, and exercise nose. The video emphasizes the torpedo's electric motor propulsion and wire-guided system, offering insights from a high-authority source with expertise in military nomenclature.

This entry details the restoration and handling of the Mark 60 Captor Mine, a captive torpedo mine. It covers the technical specifications, deployment methods, and the process of moving the restored ordnance into its display cradle. The information is presented with high authority, drawing on hands-on restoration experience and historical knowledge of naval ordnance.

This video provides an expert overview of large-caliber naval and tank projectiles from Ordnance.com. It details various 8-inch naval shell types (HC, Common, AP) and 152mm tank rounds (TP-T, HEAT-T-MP, HE-T), including their model numbers and some physical specifications. The presentation highlights the scale of these munitions by comparing them to smaller calibers like 20mm and 3-inch, and briefly mentions a 16-inch naval projectile.

This video provides an expert-level unboxing and demonstration of the WW2-era Mk. 5 Mod. 1 Spider Sight for the 20mm Oerlikon Anti-Aircraft Gun. The presenter, a specialist collector, details the sight's components, references its technical manual (Ordnance Pamphlet No. 911), and shows its mounting on a 20mm gun. The guide emphasizes the sight's function in lead compensation for engaging moving targets.

This video showcases a rare Mark 1 37mm smoke round from World War 1. The footage focuses on this specific historical munition, highlighting its internal fuze and its sub-caliber nature. The title and description emphasize the rarity and historical significance of the round, suggesting a focus on military history and ordnance.

This video provides a detailed demonstration of assembling a World War II-era Mark 29 3"/50 caliber Armor Piercing Capped (APC) round, as used by the U.S. Navy. The presenter, exhibiting high authority and expertise, meticulously shows the components, including the projectile with its armor-piercing cap and the flashless, percussion-primed casing. The assembly process culminates in showing the complete round ready for use on naval vessels.

This video showcases the firing of a 183mm anti-submarine rocket from the Mark 20/22 (Mousetrap) rocket launcher. It provides a visual demonstration of this naval weapon system in action, focusing on its unique capabilities for engaging underwater threats. The content is geared towards enthusiasts interested in historical ordnance, naval weaponry, and heavy rocket systems.

This video provides an expert-level examination of the 76mm/62-cal Navy Gun round, specifically focusing on its Radio Proximity Fuze. The content details the projectile's markings, internal components, and demonstrates the OTO Melara 76mm naval gun in action. The presentation is educational and authoritative, showcasing specialized ordnance knowledge.

This guide details the manual operation of the breech mechanism on a 16-inch battleship gun, as demonstrated silently. It covers unlocking, opening, and closing the breech block, highlighting the interrupted screw thread design for quick locking and pressure resistance. The demonstration emphasizes the mechanical operation of heavy naval ordnance by an expert.

This video showcases the restoration of a 3-inch/50 caliber naval dummy round. It highlights the before and after transformation of this historical ordnance piece, appealing to enthusiasts of military history, naval artifacts, and firearms restoration. The focus is on the meticulous process of bringing a relic of the past back to its former glory.

This guide details the procedure for spinning up the gyroscope within a U.S. WW2 Torpedo Mk 14 Mod 5 Course Controller. Demonstrated by an expert with high authority, the process involves careful inspection and the use of a pneumatic air tool to achieve approximately 20,000 RPM. The video highlights the complex mechanical nature of this vintage naval guidance system.