New Affordable Body Armor Plates Tested: Premier Body Armor FORTIS Line

This video reviews Guard Dog Body Armor Level IV plates, detailing their technical specifications, construction, and performance. The instructor highlights the plates' NIJ Level 4 rating, ability to stop 7.62 AP rounds, and multi-hit capability due to their ceramic tile design. The review also covers the UHMWPE backing, spall guarding, trauma padding, and the importance of proper plate placement.

This video tests the ballistic performance and backface deformation of inexpensive body armor, likely sourced from China. While it demonstrates surprising resistance to various pistol calibers and even some rifle rounds, significant backface deformation is a major concern for personal protection. The presenter advises against using it as primary body armor but suggests potential non-wearable applications.

This video demonstrates a practical test comparing steel and ceramic/composite body armor, focusing on the critical role of a spall liner. The presenter shoots both types of plates wrapped in shirts with various calibers to illustrate the fragmentation and spall generated by steel plates, highlighting how a spall liner mitigates these dangerous projectiles. The test reveals significant differences in how each armor type handles impact energy and material shedding.

This video demonstrates a ballistic gel test comparing Full Metal Jacket (FMJ) and Soft Point (SP) ammunition against RMA Armament body armor. The test involves firing both ammunition types into ballistic gel placed behind the armor, with a water jug serving as a penetration indicator. The FMJ round impacted the ceramic plate, fragmenting, while the SP round's performance is observed for its potential to penetrate the armor and the water jug.

This video demonstrates the effectiveness of Guard Dog Body Armor's Level 3 plastic plates against various pistol calibers. The plates successfully stopped .22LR, 9mm, .357 Magnum, and 5.7x28mm rounds, showing minimal backface deformation. The testing suggests these plates meet their Level 3 rating, which should also protect against a .308 rifle round.

This video tests RMA Armors Level IV ceramic plates, focusing on their affordability and backface deformation. The plates successfully stopped 7.62x54R rounds with minimal deformation, and even held up against a .338 Lapua Magnum, though with significant deformation. The instructor emphasizes that while this testing is not scientific, it provides valuable consumer insight into the product's performance.

This video from Magic Prepper explores the effectiveness of blast shields on a Draco AK-style pistol. The instructor demonstrates live fire comparisons, first with a standard muzzle brake and then with a JMac Customs X37 Hub and blast shield. The experiment highlights how the blast shield significantly alters the muzzle flash characteristics, producing a larger, more concentrated fireball.

This guide, based on insights from Magic Prepper, details how to identify and address dangerous bullet setback in carry ammunition. Frequent chambering can push bullets deeper into casings, increasing pressure and risking firearm damage or malfunction. Regular inspection and replacement of carry rounds are crucial for maintaining firearm reliability and personal safety.

This guide synthesizes expert advice from Magic Prepper on key considerations before purchasing a .300 Blackout firearm. It covers the critical role of suppressors, the higher cost of .300 Blackout ammunition compared to 5.56 NATO, its suitability for certain hunting scenarios, its excellent performance in short barrels due to efficient powder burn, and its effective range limitations. The information is presented with a high degree of authority, drawing on practical application and technical understanding.

This guide details the process of mounting an LPVO on a Beretta A300 Ultima Patrol shotgun, emphasizing proper installation techniques to prevent catastrophic failure under recoil. It highlights the importance of using quality mounting hardware and adhering to torque specifications, as demonstrated by the 'Magic Prepper's' experience with sheared screws and a detached optic. Proper installation is crucial for safety and reliable operation.