RMA 1165 Level 4 plate test.

This video provides a comparative analysis of Level IV ceramic body armor versus Level III steel body armor, focusing on their effectiveness against common rifle and handgun threats in a SHTF (Shit Hits The Fan) scenario. The presenter demonstrates the penetration capabilities of M193 and M855 5.56x45mm NATO rounds, as well as a powerful .460 S&W Magnum load, against both armor types. The key takeaway is that Level IV ceramic armor offers superior protection against a wider range of threats, particularly M193, which can defeat Level III steel plates.

This video tests budget Level IV body armor plates purchased from Temu. The testing involves multiple calibers, including 9mm, .22LR, 5.56mm (ball and green tip AP), and .458 SOCOM. The presenter evaluates the plates based on penetration, structural integrity, and backface deformation, ultimately concluding that while compromised, the budget plates offer a viable option for emergency preparedness on a budget.

This video demonstrates a test involving a Premier Body Armor plate and 20 pounds of Tannerite. A 3 of 7 Project member prepares an AR-style rifle in a prone position before firing at the explosive target, resulting in a significant blast. The content showcases a daring experiment with tactical gear and explosive materials.

This video provides a detailed overview of Level IV body armor plates from Predator Armor. It explains the NIJ rating requirements, focusing on the plate's ability to stop 30-06 armor-piercing rounds. The construction, including the ceramic strike face, Kevlar backer, and Cordura wrap, is discussed, along with the function of foam padding for protection and trauma mitigation. The video also touches on variations in materials and their impact on weight, thickness, and cost, highlighting Predator Armor's value proposition with a 10-year warranty.

This video features a comprehensive ballistic test of the RMA Armament 1165 Level IV rifle plates. The instructor demonstrates the plates' ability to stop various rifle calibers, including 5.56 NATO, M855 green tip, .308 Winchester, .30-06 Springfield, and even the powerful .338 Lapua Magnum. The test highlights the plates' lightweight design, affordability, and multi-hit capability due to their alumina oxide construction.

This YouTube Shorts video from Predator Armor showcases their Level IV Body Armor, highlighting its U.S. manufacturing and advanced protection capabilities. The armor features a ceramic strike face with a kevlar backer, designed to stop armor-piercing rounds like the .30-06 AP round while limiting backface deformation. The description links to the product page for further details.

This video demonstrates a rapid fire drill focusing on efficient magazine reloads and immediate resumption of fire. The shooter, equipped with tactical gear and an M4 Carbine with an ACOG optic, showcases proficient weapon manipulation and recoil control. The drill emphasizes maintaining a high rate of fire while executing smooth tactical reloads.

This review of the Springfield M1A Scout Squad after 7,000 rounds highlights its robust reliability, especially with steel-cased ammunition. The instructor, speaking with high authority from extensive practical experience, details maintenance tips like using grease for lubrication and warns about potential malfunctions caused by glove interference with the operating rod. Cosmetic wear, such as brass marks on the stock, is viewed as a 'badge of honor' from heavy use.

This guide, presented by Regular Guy Training LLC, advocates for using readily available and cost-effective automotive lubricants for firearms. The instructor, drawing on military experience with belt-fed weapons and high-volume shooting, explains why conventional motor oil and high-temperature lithium grease are superior and more economical than many specialized gun lubes. It covers platform-specific recommendations, including considerations for cold weather and different firearm designs like AR-15s, AK-47s, and Glocks.

This guide details building a reliable AR pistol, emphasizing component selection for hard-use scenarios. It covers barrel and gas system choices, DI vs. piston considerations, and the importance of quality upper and lower receivers. The build focuses on practical reliability and shooter ergonomics, including ambidextrous controls and essential accessories, with a total cost around $1600 for the base build.