Level 3+ Body Armor is Better

This review by Pew Pew Tactical thoroughly examines AR500 Armor's ballistic plates and carriers, detailing NIJ threat levels, material science behind spalling mitigation, and practical fitment advice. The expert analysis covers performance against various calibers, including armor-piercing rounds, and provides insights into different plate carrier models like the Invictus and Testudo.

This guide details the testing of AR500 Armor Level III steel plates, demonstrating their effectiveness against various handgun and rifle threats, including .30-06 AP and 5.56 M855. The video highlights the importance of the Line-X/Paxcon anti-spall coating and the 'shooter's cut' design. It concludes that while the armor provides significant protection, it is a supplement to, not a replacement for, tactical awareness and proper defensive strategy.

This video features Shortshot Tony, a tactical gear reviewer, conducting live-fire ballistic testing on AR500 steel plates to assess the effectiveness of spall coatings. The experiment demonstrates that while uncoated plates can produce significant spalling, a spall-resistant coating, especially when used within a plate carrier, effectively contains fragmentation.

This video from InRangeTV demonstrates a ballistic test comparing M855A1 5.56mm ammunition against AR500 armor plate. The test, conducted at 15 yards on an outdoor range, shows the M855A1 round impacting the steel plate, causing significant flexing. A water jug placed behind the armor ruptures upon impact, indicating substantial energy transfer. The demonstration highlights the performance characteristics of both the ammunition and the armor under specific conditions.

This video from Administrative Results provides an expert-level analysis of the dangers associated with steel body armor, specifically focusing on spalling and fragmentation. Through rigorous testing with a ballistic gel dummy and various firearms and calibers, the creator demonstrates how fragments can cause severe secondary injuries, potentially proving fatal. The high-authority content creator strongly recommends ceramic plates over steel for life-saving applications due to these risks.

This video demonstrates the ballistic performance of Predator Armor's Level III+ body armor against a 300 Win Mag round. The armor successfully stopped the projectile, showing only a minimal divot after multiple impacts, including one after being run over by a truck. The presenter expresses confidence in the armor's protective capabilities.

This video from DemolitionRanch, hosted by Matt Carriker, explores the capabilities of high-powered, regulated air rifles like the AirForce Texan SS and Sam Yang Dragon Claw. Carriker demonstrates their impressive power, accuracy, and surprisingly quiet operation due to integrated suppressors, highlighting a legal loophole where these airguns and their suppressors are not subject to NFA regulations. The content showcases ballistics testing and comparisons, emphasizing the expert knowledge of the host in firearms and related legalities.

This video features Nicholas Irving, a former Special Operations sniper, demonstrating and discussing various high-powered firearms. Irving, author of 'Way of the Reaper,' shares insights on sniper rifles like the Barrett M107A1 and SR-25, discusses the recoil of the S&W 500 Magnum, and tests the penetration capabilities of different calibers against an engine block. The content highlights practical applications and the effectiveness of these weapons in tactical scenarios.

This video demonstrates the dangerous consequences of firing incorrect ammunition calibers in firearms. Experienced instructor Matt Carriker shows how .380 ACP in a 9mm firearm and 9mm in a .40 S&W firearm can lead to cycling failures and severe brass deformation due to improper headspacing. The experiment highlights the critical importance of using the correct ammunition for each firearm to ensure safe operation and prevent damage.

This video from DemolitionRanch, featuring firearms expert Matt Carriker, tests the ballistic resistance of Flex Tape when used as improvised body armor. The experiment involves layering Flex Tape onto cardboard and testing its effectiveness against .22 LR, 5.7x28mm (FN PS90), and 9mm (CZ Scorpion Evo 3 S1) rounds. The results demonstrate that even extensive layering of Flex Tape is insufficient to stop common firearm calibers, highlighting the importance of proper ballistic materials.