Videos tagged with Hard Armor

This video tests the durability of a cheap Amazon Level 3A body armor plate against repeated 9mm impacts, comparing it to a soft Level 3A vest. The hard plate, surprisingly, withstood 75 rounds before failure, while the soft vest also showed signs of significant degradation after the same number of impacts. The test highlights the limitations and potential failure points of budget body armor.

This video conducts a rigorous ballistic test on affordable body armor panels, likely sourced from Temu. The instructor fires various handgun calibers, including .380 ACP, 9mm, .45 ACP, .38 Special, .357 Magnum, 5.7x28mm, and .454 Casull, at both soft and hard armor plates. The tests demonstrate the armor's ability to stop multiple rounds from lower-powered handguns, with some deformation but no penetration on hard armor. However, higher-powered rounds like the .454 Casull cause significant deformation and penetration on soft armor, highlighting the limitations of the tested material.

This video tests the penetration capabilities of knives against a ballistic vest. It demonstrates that even with a hard armor plate, a knife can penetrate to a limited degree, with the Tecto Hanv knife penetrating about 1/4 inch and the A3 Delta knife penetrating deeper. The video suggests that for stab resistance, hard armor is preferable.

This YouTube video, titled 'Testing Process of Body Armor | HESCO Manufacturing,' focuses on the manufacturing and testing procedures for body armor produced by HESCO. While the specific type of armor or any firearms used in testing are not detailed in the provided description, the core content revolves around the rigorous evaluation of protective gear, likely for tactical or law enforcement applications. The video aims to showcase the quality and reliability of HESCO's body armor through their internal testing processes.

Nate from Predator Armor provides a straightforward method for determining the correct body armor size. He advises customers to cut out cardboard templates of common armor sizes (10x12 and 11x14 inches) and hold them against their chest to simulate where the plate would sit. The key is to align the top of the plate with the bottom of the sternum's soft area for optimal coverage.

This video from Predator Armor explains the fundamental differences between soft body armor and hard body armor. It highlights the materials, protection levels, and typical applications for each type. The description also provides direct links to purchase various armor products from Predator Armor, including Level IIIA soft armor and a Level III lightweight plate, and emphasizes their commitment to 100% USA-made tactical gear for military, first responders, and outdoor enthusiasts.

This YouTube video, titled "DIFFERENT Coatings? (Steel Body Armor) #civtac #tactical #edc", focuses on steel body armor, likely exploring various coating options. The hashtags suggest a connection to civilian tactical applications and everyday carry (EDC) preparedness. While no specific firearms are mentioned, the context implies a discussion relevant to individuals interested in personal protection and tactical gear.

This YouTube Short showcases a rapid 60-second setup of a plate carrier, specifically highlighting the HRT HRAC carrier. The description details the components used, including the HRT Tactical Maximus placard, TQ pouch, Sporran hanger pouch, and Hydromax back placard. It also specifies the armor inserts: Ace Link Armor 3+ Special Threat hard armor and 3A soft side armor. The video emphasizes that while the setup took only 4 minutes in reality, it's condensed into a quick, engaging short format, and prompts viewers for their opinions on the configuration.

This guide, presented by Adam from Spiritus Systems, details how to choose and install side armor for plate carriers. It covers the distinctions between hard and soft armor, placement strategies for optimal protection, and integration with specific carriers like the Spiritus Systems LV119. The video emphasizes measuring for correct sizing and selecting appropriate armor bags, offering practical advice for achieving a secure and effective setup.

This YouTube Short investigates the effectiveness of Kevlar in stopping rifle rounds. It questions why Kevlar, a common material for Level IIIA soft armor, isn't typically used for rifle-rated armor and explores the number of Kevlar layers required to defeat rifle projectiles. The video also promotes the creator's own Level IIIA soft and rifle-rated hard armor products.

This video discusses steel body armor and its primary drawback, spall and fragmentation. It presents Kevlar as the solution, explaining how it's used to wrap steel plates to effectively catch and contain spall, thereby enhancing safety. The product is available for purchase at www.predatorarmor.com.

This guide covers essential information for purchasing body armor, emphasizing the dangers of steel armor due to spalling. It details the differences between Level 3A soft armor (comfortable, economical, pistol-rated) and hard rifle-rated armor (Level 3 for common rifle rounds, Level 4 for armor-piercing rounds). The video also discusses factors affecting cost like contouring and size, and the evolution of plate carriers with MOLLE attachments.