Videos tagged with Artillery Operation

This entry details the operation of the Hotchkiss Model 1886 3-pounder Quick Firing Gun, as explained by Ian McCollum of Forgotten Weapons. It covers the vertically traveling breech block, integrated extractor/ejector, loading procedure for the 3-pounder shell, and the dual trigger system (pistol grip and remote). The high authority level of the speaker is evident in the detailed mechanical explanations.

This guide details the operation and firing of the 127-year-old U.S. Army 3.2-inch Model 1897 Field Gun. It covers essential steps from carriage preparation and barrel elevation to breech operation, projectile loading, and firing. The demonstration emphasizes proper handling of historical mechanical systems and period-accurate projectiles, showcasing the gun's recoil and smoke production. Instruction is provided by an expert with high authority in historical ordnance.

This demonstration showcases the operational procedure of the 37mm M3A1 Anti-Tank Gun, including loading, aiming, and live-fire execution. The video highlights the significant recoil and muzzle blast associated with firing this historical artillery piece, and provides a visual analysis of the shell's kinetic impact on target vehicles. Instruction is provided by an operator with high authority and expertise in vintage artillery performance.

This guide details the operation of the M224 60mm mortar system, covering setup, sighting, projectile loading, and firing procedures. It highlights the trigger fire or drop fire mechanism and the distinct whistling sound of the projectile. Instruction is provided by a professional demonstrating military-grade hardware, indicating a high level of expertise.

This guide details the operational techniques for the Japanese Type 94 37mm Antitank Gun, as explained by Ian McCollum of Forgotten Weapons. It covers the semi-automatic firing mechanism, crew roles, aiming procedures using the optical sight, and the use of traverse and elevation controls. The information is presented with a high level of authority, drawing on detailed mechanical explanations and historical context.

This guide details the operation of the French 75mm Model 1897 field gun, focusing on its revolutionary hydro-pneumatic recoil system and eccentric screw breech. Expert Ian McCollum explains how these features allowed for a significantly higher rate of fire compared to contemporary artillery pieces. The video also touches on the cocktail and merchandise celebrating the milestone.

This guide details the operational techniques for the 7.5cm le.IG 18, a German light infantry gun developed by Rheinmetall. It covers understanding its unique break-action breech, traverse and elevation mechanisms, articulated shield, and mobility features. The guide emphasizes safe handling and operational performance, noting its role in providing close-range infantry support during WWII. Instruction is based on expert analysis of historical military technology.

This guide details the operational procedure for the massive Armstrong 100-Ton Gun, emphasizing its complex steam-powered hydraulic system for loading, aiming, and firing. It highlights the critical safety protocols required due to the use of black powder and the immense forces involved. The information is presented with the authority of Ian McCollum, an expert in historical firearms and artillery.

This guide details the firing procedure for the T124E2 76mm anti-tank gun, a significant piece of US ordnance from 1952. It covers loading, aiming, firing, and post-shot observation, emphasizing the weapon's powerful 76mm cartridge and horizontal sliding breechblock. The information is presented with the authority of Ian McCollum, a recognized firearms historian.

This guide details the operational techniques for the WWI-era Bethlehem Steel 37mm Cannon, as explained by firearms expert Ian McCollum. It covers the semi-automatic breech, recoil system, sight adjustments, loading, and firing mechanisms, emphasizing its unique free traverse mount and historical context. Proper understanding of these elements is crucial for safe and effective operation.