Videos tagged with Line-X Coating

This guide details the construction and testing of a homemade ballistic armor plate, as demonstrated by Edwin Sarkissian. The process involves layering Kevlar, sheet metal, and ceramic tiles, followed by a protective Line-X polyurethane/polyurea coating. The video showcases successful ballistic tests against 5.56mm and 9mm rounds, highlighting the effectiveness of the combined materials.

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 tests an AR500 Armor steel plate against rifle rounds, including 5.56mm and 7.62x51mm. The plate, coated with Line-X for spall containment, successfully stopped initial rounds. However, after multiple concentrated hits in the same area, the steel failed, resulting in a plug being punched through.

This video provides an expert-level analysis of AR500 Armor ballistic plates, focusing on the effectiveness of their Line-X coating in mitigating fragmentation. Instructor sootch00 demonstrates the performance differences between various plate coatings and common rifle calibers, offering practical insights into armor capabilities and safety considerations. The review highlights the importance of proper gear selection and the role of ballistic eyewear in personal protection.