Spartan Armaply Level III+ Body Armor Test

This video provides a comprehensive test and review of the RMA Armament Gen2 1165 RF3 rated lightweight armor plate. The reviewer, with extensive experience in wearing armor, conducts rigorous ballistic testing against various calibers including 300 Win Mag, M80A1, M193, M855, 7.62x39, 10mm, and 9mm. The plate demonstrates impressive performance, stopping all tested rounds initially and showcasing its edge-to-edge protection, though it eventually fails after significant compromise.

This video demonstrates a humorous, yet illustrative, test of RMA Armament's 'King of Armor' ballistic plate. A gummy bear, simulated by a bear-shaped water bottle, is shown to feel more secure when presented with the body armor, highlighting its protective capabilities in a lighthearted manner. The demonstration uses readily available items to visualize the concept of ballistic protection.

The US Army is adopting the 6.8x51mm cartridge, branded as 277 Fury, for its Next Generation Squad Weapon (NGSW) program, replacing the 5.56x45mm and 7.62x51mm. This new caliber offers significantly increased range, lethality, and the ability to defeat modern body armor, driven by a hybrid case design capable of withstanding higher pressures. The NGSW program includes the XM7 rifle and XM250 light machine gun, both developed by Sig Sauer, featuring advanced optics and suppressor compatibility to enhance soldier effectiveness in modern combat scenarios.

This video demonstrates an improvised upgrade to body armor using hexagonal ceramic tiles. The presenter tests the upgraded armor's ability to stop a .308 round after it previously stopped a 5.56 round. While the upgrade appears to have stopped the projectile, the armor sustained significant damage, highlighting the importance of proper ballistic materials and construction.

This video explores a $5 upgrade for body armor using ceramic hexagonal tiles. The presenter tests if this modification can enhance the armor's ability to stop .308 Winchester rounds, building on a previous test where it stopped 5.56x45mm. The upgrade involves attaching ceramic tiles with duct tape to a base armor plate.

This video details the setup of a tactical war belt, focusing on magazine and medical gear placement. The presenter emphasizes the importance of accessible tourniquets and strategic magazine retention for speed reloads while preventing loss during movement.

This video provides an expert-level overview of a heavily customized AR-15, nicknamed the 'Zombie Destroyer', built for a thematic zombie apocalypse scenario. The build features an extensive accessory loadout including multiple optics, lasers, and flashlights, along with a high magazine capacity. The demonstration includes rapid fire, engagement of Tannerite targets, and unique shooting techniques, showcasing the rifle's capabilities and the instructor's proficiency.

This video details an extreme AR-15 meltdown test, pushing a custom build to its limits. Expert instructor Eric demonstrates the process, highlighting component durability and failure points under sustained fire. The test concludes with a catastrophic barrel failure after 830 rounds, providing valuable insights into the platform's resilience.

This guide details the process of conducting an extreme durability test on an AK-47 variant, specifically the Definitive Arms VEPR, as demonstrated by Iraqveteran8888. The test involves sustained full-auto fire to induce critical heat failure, followed by inspection of components like the barrel and gas block. The expert assessment highlights the rifle's resilience, lasting 895 rounds before failure, and compares its performance to other platforms.

This guide details a 700-round rapid-fire stress test on a Yugo M92 PAP AK-47 variant, demonstrating the platform's legendary durability under extreme heat. Performed by Eric from Iraqveteran8888, the test highlights safe handling of overheated firearms and concludes with a tribute to Mikhail Kalashnikov's engineering legacy. The firearm successfully completed the test despite significant heat buildup.