Armadura caseira em 5 minutos: será que realmente para balas?

This video demonstrates a low-cost method for creating rudimentary body armor using common household materials: duct tape, a fiberglass welding blanket, and ceramic tiles. While not a substitute for certified ballistic protection, the creator tests its effectiveness against 9mm, .223, and 5.56 green tip ammunition, suggesting potential applications for shielding walls or non-critical areas.

This video demonstrates an improvised upgrade to body armor using hexagonal ceramic tiles. The presenter tests the upgraded armor's ability to stop a .308 round after it previously stopped a 5.56 round. While the upgrade appears to have stopped the projectile, the armor sustained significant damage, highlighting the importance of proper ballistic materials and construction.

This video tests a $35 Amazon weighted workout plate as a makeshift body armor solution. The plate, weighing 7.75 lbs, was subjected to various handgun and rifle calibers. While it successfully stopped numerous handgun rounds and even some rifle calibers like the .45-70 Government, it was penetrated by 5.56x45mm and 7.62x39mm rounds. The instructor notes its limitations, including potential backface deformation and the presence of exercise-specific holes, but acknowledges its surprising effectiveness for its low cost.

This video demonstrates a DIY approach to creating rudimentary body armor using common office supplies and ceramic plates. The Civilian Tactical host conducts informal ballistics tests with .22 LR, 9mm FMJ, and 7.62x39mm rounds, showcasing the effectiveness of the layered paper and ceramic against different calibers. While presented informally, the tests offer a practical, albeit basic, look at projectile stopping power.

This video title, "$100 Flex Seal BODY ARMOR???", and description, which includes hashtags like #guns, #ammo, and #shotguns, suggests a review or experiment testing the ballistic resistance of body armor made with Flex Seal. The content likely focuses on DIY or budget-friendly personal protective equipment related to firearms, potentially comparing it to traditional body armor or testing its effectiveness against common ammunition. The price point indicates a focus on affordable solutions or a challenge to see if a low-cost material can offer protection.

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 video explores the compatibility of a 50 BMG cartridge with a 12 gauge flare gun. The experiment reveals that while the cartridge fits, the flare gun's mechanism cannot ignite the tough 50 BMG primers. However, it successfully fires a standard 12 gauge blank, highlighting the difference in primer hardness. The content is presented from a hobbyist perspective, focusing on experimental curiosity rather than professional instruction.

This video from Tática Civil, featuring an expert instructor, explains the dangers of firing upwards due to projectile drop and terminal velocity. It demonstrates the safe use of 9mm shot shells for controlled demonstrations, highlighting the Canik Mete MC9 Prime with a Gideon Valor red dot sight. The instructor emphasizes crucial firearm safety protocols.

This guide details an experimental test to debunk the myth that a .50 BMG round passing near a target can be lethal. Using a ballistic mannequin, cardboard indicators, and a concrete backstop, the test demonstrates that a near miss from a .50 BMG round does not impart enough shockwave or air pressure to cause fatal injury, though the projectile itself possesses immense kinetic energy as evidenced by its impact on the concrete block. The test was conducted objectively by an individual with high authority, indicated by their empirical testing methods and proper safety protocols.

This video explores the surprising functionality of a realistic toy shotgun, the M870 by Dart Armory. The presenter tests if it can chamber and cycle real 12-gauge shotgun shells, comparing its operation to a Mossberg 590. The toy shotgun successfully loads, chambers, and ejects real shells, demonstrating a high degree of realism in its mechanical operation.