Videos tagged with Polyethylene Armor

This video features Shortshot Tony, a tactical gear influencer, demonstrating the benefits of lightweight polyethylene armor plates. He highlights their significantly lower weight compared to ceramic or steel plates, their multi-hit Level 3 protection, and a unique buoyancy feature. The video also includes a brief showcase of the Tekto F3 Charlie folding knife.

This YouTube video features an edge test of polyethylene body armor plates, aiming to determine if they can stop a bullet. The description promotes the Warrior Poet Society's app, website, and various affiliate products, including body armor, emergency food, and holsters. It also highlights partnerships with Sportsman's Guide and USCCA, and provides social media links for Warrior Poet Society. The video appears to be focused on ballistic protection and survival gear, with potential demonstrations of its effectiveness.

This video analyzes Predator Armor's Level III UHMWPE body armor. The description highlights its lightweight design, weighing just over 3 pounds, and its rifle-rated protection. Made from ultra-high-molecular-weight-polyethylene (UHMWPE) in the USA, it offers a thinner profile (0.8") than competitors and boasts buoyancy. Key features include resistance to spalling and fragmentation, and a polyurea coating for elemental protection against water and UV light. The armor is designed for comfort and mobility.

This guide details setting up a plate carrier system, focusing on the T.Rex Arms AC1 and Hesco L210 plates. It covers placard configurations, medical gear integration, and crucial NIJ rating explanations provided by Kurt from Predator Armor. Proper plate placement for vital organ protection is emphasized, highlighting body armor as a critical tool for defense and training.

Iraqveteran8888, a recognized authority in YouTube gear testing, demonstrates the capabilities of the RMA Armament 1155MC Level IV ballistic plate. The video showcases rigorous testing against threats exceeding standard NIJ Level IV protocols, including .30-06 M2 AP, M855A1, high-velocity .30-06 Accelerator rounds, and .338 Lapua Magnum. The plate exhibits impressive resilience, stopping multiple high-energy rounds with notable, though not critical, back-face deformation. A final full-auto test with 7.62x39mm rounds on the compromised plate highlights its overall durability.

This video tests the durability of Shot Stop's D1652PCS Level III+ UHMWPE armor plate against an "EXPLOSION Shot." The experiment involves exposing the armor to significant force to determine its protective capabilities after such an event. The video also includes links to submit comments on proposed rules regarding frames and receivers, and braces, and encourages viewers to call senators to oppose a specific nomination. Additional links are provided for related content, including an M855A1 long-range test and visits to TNVC, Winchester, and Magpul.

This expert-level guide from The VSO Gun Channel compares steel and polyethylene body armor, detailing their differences in weight, profile, durability, and cost. It highlights the importance of anti-spall layers, plate carrier compatibility, and considerations for water operations, offering practical insights for selecting appropriate ballistic protection.

This video showcases Shot Stop's lightweight ballistic body armor, focusing on Level III and Level IV plates. Skip from Shot Stop explains the company's mission to build operator confidence and provide truthful information about body armor. The demonstration highlights the durability and protective capabilities of their polyethylene plates against various threats, including high-powered rifle rounds and handgun calibers, emphasizing their multi-curve designs for comfort and effectiveness.

This video provides an expert-level test of Battle Steel Level III polyethylene ballistic plates, demonstrating their performance against a variety of threats including rifle and pistol rounds. The reviewer, with extensive experience in armor testing, details the material's properties and provides crucial data on backface deformation and penetration thresholds. The assessment highlights the trade-offs between protection levels, weight, and cost, offering practical insights for armor selection.

This review details the performance of Battle Steel Level III+ armor plates against various threats, including M855, 7.62x39, M80 ball, and 10mm. The plates, constructed with ceramic and polyethylene, offer a balance of weight and protection at a competitive price point. Expert analysis highlights their effectiveness against common rifle rounds and handgun threats, making them a viable option for budget-conscious individuals seeking reliable ballistic protection.

This video tests the ballistic performance of a Shot Stop Level III UHMWPE plate against M855 and M855A1 ammunition, both directly and when placed behind simulated backpack contents like newspapers and a laptop. The plate, not rated for these rounds, surprisingly stopped all tested projectiles without perforation, demonstrating impressive resilience. The presenter emphasizes that this is an informal test and not a guarantee of performance in real-world scenarios.

This video details a rigorous test of a Veterans Manufacturing Level 3+ armor plate against a .50 BMG round fired from a Barrett M107A1. Expert shooter Jerry Miculek demonstrates the test, highlighting the plate's ability to stop the powerful round despite significant backface deformation. The analysis includes dissecting the plate to show internal damage and confirming its buoyancy and multi-hit capability against lesser threats.