Videos tagged with Military Munitions

This guide details the process of unboxing an inert M823 Copperhead Cannon-Launched Guided Projectile (CLGP) training round. It covers essential steps like pressure equalization, opening the transport case, and visual inspection of the projectile. The information is presented with high authority, reflecting deep knowledge of military ordnance handling procedures.

This video provides an expert-level, methodical disassembly of U.S. Army 60mm illumination mortar rounds, specifically the M83 series variants (M83A3 and M83A3E1). The presenter, demonstrating high authority and expertise, details the removal of the nose fuse, tail fin assembly, ignition cartridge, and propellant increments. The guide highlights differences between variants and showcases the internal structure of the inert ordnance.

This video provides an expert demonstration of the manual removal of an M577 detonator fuze from a 203mm (8-inch) M509A1 submunition shell. The process involves using a specialized spanner wrench to unscrew the fuze. Close-ups reveal the internal mechanical timer components of the fuze and identification markings on the shell, highlighting the technical nature of ordnance handling. The demonstration showcases high authority and expertise in handling heavy artillery components and specialized tools.

This expert-level guide details the disassembly of an M720 60mm High-Explosive (HE) Inert Training Mortar Round for the M224 Lightweight Mortar. The demonstration, performed with high authority and precision, covers the removal of the M734 fuze, M702 propellant increments, tail fin assembly, obturating ring, and ignition cartridge. It emphasizes the use of specialized tools and clear identification of components, highlighting the inert nature of the training round.

This video provides a clinical and demonstrative breakdown of an inert 35mm Bushmaster III / Oerlikon GDF round. The expert guide details the external inspection, projectile removal, and meticulous disassembly of the fuse assembly, highlighting the mechanical complexity of the ordnance. Proper handling and safety precautions are emphasized throughout the process.