The Army's new Sniper Rifle (MK22 ASR) with Retired Special Forces Sniper Kevin Owens

This video showcases the Desert Tech SRS-M2 bullpup sniper rifle, chambered in .300 Norma Magnum. It highlights the rifle's compact design, bolt-action operation, and the use of 225-grain Hornady ELD-M ammunition. Performance is demonstrated with a live-fire engagement at distance, achieving a muzzle velocity of 2921.7 fps.

This YouTube video, titled 'A NOVA Barrett MRAD dos EUA', focuses on the Barrett MRAD rifle, originating from the USA. The description, though brief, suggests a presentation or review of this specific firearm, highlighting its origin.

This video explores potential sniper rifle options for the Philippine Coast Guard, questioning what would be the most suitable firearm for their maritime police duties. The title specifically mentions the M24 SWS, indicating a focus on a particular sniper rifle platform and its suitability for a law enforcement agency operating on the water. The description prompts discussion about the ideal choice for their specific mandate.

This video addresses a critical issue with the MK22 sniper rifle, also known as the Barrett MRAD, experiencing uncommanded discharges during military training. The title explicitly mentions a connection to the Sig P320 platform, suggesting a potential shared design or component issue that could lead to such malfunctions. The content aims to discuss these incidents and their implications for a prominent military firearm.

This YouTube video appears to be a critical review of the Barrett MK22 rifle, suggesting a failure or malfunction based on the title. The description provides links to support the channel through Patreon, Venmo, and Instagram, and includes a disclaimer that the views expressed are individual and not representative of any government agency. The content likely focuses on firearm performance and reliability issues.

This video documents a critical uncommanded discharge incident with a Barrett MK22 sniper rifle during a live-fire exercise. The rifle fired unexpectedly while the shooter was manipulating the bolt, highlighting a severe safety failure. The shooter, a US Army Sniper, expressed significant frustration, indicating a potential mechanical issue with the platform. The incident underscores the paramount importance of firearm safety protocols, especially with advanced precision weapons.

This video demonstrates the proper technique for loading the M1 Garand to prevent 'Garand Thumb'. It emphasizes maintaining downward pressure on the top round to control the bolt's cycling. The content debunks the idea that 'Garand Thumb' is inevitable, attributing it to inexperience and improper handling.

The Altyn helmet, a Russian titanium model, is tested for its ballistic capabilities. While effective against 9mm NATO and 00 buckshot, it fails to stop rifle rounds like 5.56x45mm and .308 Winchester. The visor cracks under birdshot impact. Despite its historical reputation, its extreme weight and lack of rifle protection make it outdated compared to modern composite helmets.

This ballistic test by Garand Thumb reveals that NIJ Level 3A rated ballistic masks, while stopping some projectiles, fail to adequately protect the wearer due to extreme backface deformation. Hits from a .44 Magnum caused fatal deformation, and rifle rounds completely penetrated. The conclusion is that these masks are largely ineffective and potentially dangerous, recommending helmets and proper training instead.

This video delves into the notorious 'Garand Thumb' phenomenon, explaining its mechanics and pain level through direct testing. It covers the M1 Garand's history, technical specifications, and proper loading techniques to avoid injury, including the 'bladed hand' method. The content also features novice testing and concludes with advice on training and firearm ownership.