Ballistic Plate Destroyer

This video from Polenar Tactical showcases an expert-level, unconventional test of a Protection Group Denmark (PGD) NIJ Level 4 ballistic plate. The test goes beyond standard NIJ protocols to evaluate the plate's performance against threats like training ammo, hand grenades, incendiary rounds, and high-caliber rifle fire, demonstrating its robust construction and limitations against extreme abuse. The instructor highlights the plate's resilience even after significant damage, offering valuable insights into real-world armor performance beyond rated specifications.

This video provides a practical test of a Protection Group Denmark ballistic helmet rated for NIJ Level 3A. The host demonstrates its effectiveness against common handgun calibers including .380 Auto, 9mm, .45 ACP, and .38 Special, all of which were stopped. The helmet's limitations were shown when tested with a .460 S&W Magnum, which penetrated the helmet, confirming it performed as rated within its specified protection level.

This video provides a detailed ballistic test of a Chinese-manufactured Universal Armor Level 4 ballistic plate, sourced from Workerkit. The test, conducted by Polenar Tactical, assesses the plate's performance against 5.56mm, 7.62x39mm, and 7.62x54R rounds. Despite significant backface deformation, particularly with the Mosin Nagant round, the plate successfully prevented penetration in all tests, leading to a recommendation as a budget-friendly option.

This video features a test of the RMA 1165 Level 4 plate, with a special thanks to RMA for sponsoring the content. The description also provides links to RMA Defense's product line, training opportunities with "regular guy.training", their Patreon page, a Facebook group for discussion, and a secondary YouTube channel for gaming content. The focus is clearly on the ballistic plate's performance.

This video features a ballistic helmet comparison against a Desert Eagle. The ARCH gen 3 ballistic helmet from Protection Group Denmark, constructed with aramid fibers, is tested for its effectiveness against .45 ACP rounds from a Desert Eagle. The description highlights the helmet's NIJ 0106.01 level 3A approval and V50 ballistic test compliance, as well as its claimed 50% reduction in 9mm back face deformation. The video aims to demonstrate the practical performance of the helmet, which reportedly exceeded expectations.

This video compares AR500 steel and ceramic composite ballistic plates. Steel plates (NIJ Level 3) are durable and handle multiple hits but are heavy and pose a spalling risk. Ceramic plates (NIJ Level 4) are lighter and stop higher velocity rounds but are fragile and vulnerable to repeated impacts in the same area. The choice depends on threat profile and weight needs.

This video demonstrates the fundamental safety mechanism of a hand grenade, specifically the T G-67 M-SOFT model. It highlights that the grenade remains safe as long as the safety lever (spoon) is held down. Pulling the pin initiates the delay fuse, but detonation is prevented until the spoon is released, emphasizing the importance of maintaining grip for safety.

This video demonstrates the proper application of a DINPRO CAT-style tourniquet for severe leg wounds. It highlights the 'high and tight' placement above the injury and the critical step of tightening the windlass until bleeding stops, emphasizing that while painful, this is essential for saving a life. The presenter, Ziga from Polenar Tactical, showcases expert-level knowledge in trauma care.

This video demonstrates the TAG 18 Smoke White grenade, highlighting its operation similar to a hand grenade but using pyrotechnic powder for smoke. The activation process involves pulling a pin and releasing a spoon to ignite the powder, producing a thick white smoke cloud for concealment or signaling. The demonstration emphasizes safe handling and deployment.

This video demonstrates the FBG-6 Flash Bang 2.0, clarifying that real flashbangs disorient rather than produce movie-like blinding flashes. It highlights the 2-second delay mechanism and the importance of holding the safety lever. An accidental detonation on the range floor showcases its acoustic and pressure effects.