Level IIIA Soft Armor Vs. The "Bear Load"

This video demonstrates the critical importance of proper sewing techniques when constructing soft body armor using Kevlar. It highlights that loose layers will not perform as effectively as sewn layers. The process involves bundling five layers of material and sewing them together, often with a double stitch border, using an industrial-grade sewing machine. These sewn bundles are then used in variations for ballistic testing.

This guide details a comprehensive ballistic testing procedure for the RTS Tactical Hero's Level IIIA Concealable Vest, as demonstrated by Edwin Sarkissian. The testing involves a variety of firearms, from .22 LR handguns to .500 Magnum revolvers and 7.62x54R rifles, to assess the vest's protection levels against different threats. The procedure emphasizes documenting performance and understanding the limitations of soft body armor.

This video from The VSO Gun Channel features an in-depth, albeit informal, ballistic testing of Caliber Armor's NIJ Level 3A soft body armor. The testing includes multiple handgun calibers (9mm, .45 ACP, .44 Magnum) and an 'absurd' test with a .50 Action Express round, demonstrating the armor's capability to stop these threats. The video also compares the backface deformation with and without a trauma pad.

This video provides a detailed comparison of various suppressor covers, from budget options to high-end models, evaluating their effectiveness in mitigating heat, reducing mirage, and protecting the suppressor's finish. It highlights the importance of selecting a heat-rated cover and discusses the trade-offs, such as added weight and heat retention, associated with their use. The testing demonstrates significant temperature differences between covered and uncovered suppressors.

This video provides a comprehensive test of a budget-friendly Temu ballistic mask, evaluating its performance against a wide range of handgun calibers. The host, a tactical gear reviewer, demonstrates the mask's ability to stop projectiles up to .454 Casull but highlights significant backface deformation, indicating a high risk of blunt force trauma. The review emphasizes the importance of NIJ certification and the potential dangers of uncertified protective gear.

This video demonstrates the internal construction of a soft ballistic vest, explaining how it stops bullets. It highlights the woven ballistic fibers, likely Kevlar or UHMWPE, and how their density and weave pattern absorb and disperse the projectile's energy. The vest is certified by NIJ standards and designed to stop common pistol cartridges.

This guide details the process of safely breaking into an old gun safe and testing the recovered firearms. It emphasizes immediate safety checks and proper range procedures. The content is presented by an experienced firearms enthusiast, highlighting practical steps for recovering and verifying the functionality of stored firearms.

This video demonstrates a tactical approach to defending hay bales from feral hogs using the ATN 4K Pro digital night vision scope. The footage showcases effective pest control techniques by an experienced hunter and land manager, highlighting proficient use of digital optics for nighttime engagements. It provides insights into strategic sounder management and precise shot placement for eliminating threats to agricultural resources.

This guide details the 'one-shot zero' process for the ATN X-Sight II HD 3-14x night vision scope, as demonstrated by 4MR Ranch. It covers mounting, firing a shot, and using the on-screen interface to align the reticle with the point of impact, allowing for quick and efficient zeroing of compatible firearms like the Smith & Wesson M&P 15. The process leverages the scope's advanced software features for a streamlined experience.

This guide details the installation and initial setup of the ATN ThOR 4 Smart HD Thermal Rifle Scope, drawing from expert instruction. It covers mounting on an AR-15, essential firmware updates, the 'One Shot Zero' procedure, and utilizing the ballistic calculator and mobile app. The instructor emphasizes practical field utility and proper calibration for optimal performance.