Only Water Between (3/3)

This video explores the ballistic capabilities of liters of liquid, specifically how much volume is needed to stop a bullet. It delves into the physics of projectile impact and material resistance, likely using various materials or scenarios to demonstrate the effectiveness of liquid barriers against different types of ammunition. The video aims to provide an understanding of kinetic energy transfer and the properties that make certain substances effective at absorbing or deflecting bullets.

This YouTube video, titled 'Wet pistols!', offers a title that is intriguing but lacks a description to provide further context. Given the title, it's likely related to firearms, possibly showcasing pistols in some sort of wet condition or discussing their performance or maintenance in moisture. Without additional information, it's difficult to ascertain the specific focus, but it will appeal to those interested in firearms content.

This YouTube video, titled 'Água pode proteger você de rastreadores?' (Can water protect you from trackers?), explores the potential of water as a means of evading or obscuring tracking signals. While the title and description don't explicitly mention firearms, the concept of evading tracking can be relevant to discussions around personal security, stealth, and potentially even in scenarios related to tactical operations or survival where minimizing one's electronic footprint is crucial. The video likely delves into the physics of how water might interfere with various tracking technologies.

This video showcases a creative visual transition where a firearm cartridge transforms into a Magnum-branded, bullet-shaped thermos. The thermos is demonstrated to hold hot liquid, with a 9mm-style cartridge visually retrieved from the poured drink. The content highlights artistic CGI and professional visual effects.

This YouTube Short features a shotgun being fired into water, accompanied by various trending hashtags. The title and description emphasize the visual impact of the action and its potential for virality on the platform. While the specific shotgun model and caliber are not detailed, the core action is a firearm demonstration.

This YouTube video is the third part of a series titled 'Are We Smarter Than A 5th grader?' from the Classic Firearms Secondary Channel. The channel focuses on participating in internet challenges and self-deprecating humor. Viewers are encouraged to suggest future challenges in the comments section.

This video features Ian McCollum and Jonathan Ferguson in a 60-second challenge at the Royal Armouries to find three unique firearms: a Charlton Automatic Rifle, a Schwarzlose Model 1898 pistol, and an early SA80 prototype. They discuss unusual mechanical operations and limited historical impact, highlighting experimental designs like the Sterling 7.62mm prototype and the Mars .45 Automatic Pistol.

The Knight's Armament KS-1, designated L403A1 by the British Army, is a new AR-15 platform rifle adopted for specialized units like the Army Special Operations Brigade and Royal Marines. It features a 13.7-inch barrel, ambidextrous controls, and is equipped with a Vortex 1-10x LPVO and an Aimpoint ACRO P-2 for versatile engagement ranges. The rifle utilizes a KAC QDC/MCQ-PRT suppressor and is part of 'Project Hunter' to enhance interoperability with allied forces.

This video details the armor and weaponry of an 11th-century Norman knight, emphasizing the evolution of protective gear. It covers the padded undergarments, the mail hauberk constructed from thousands of iron rings, and the nasal helmet for head protection. The kite shield offered significant defense, while primary weapons included the lance and a one-handed sword.

This video explores a unique modernization attempt of the Martini-Henry rifle using Captain Harston's Patent Magazine. Jonathan Ferguson details the Mark IV rifle's features and the external magazine's mechanism, designed to convert the single-shot rifle into a five-round repeater. Despite its ingenuity, the system faced issues with reliability, high conversion costs, and was ultimately overshadowed by superior bolt-action designs like the Lee-Metford.