ARMOR FOR $10 - will it stop a bullet ?

This guide details the construction and experimental testing of a DIY body armor plate, as demonstrated by 704 Tactical. The project utilizes common materials like ceramic tiles and computer paper, costing between $5-$8. The video showcases the process of cutting and assembling the plate, followed by ballistic tests against handgun, shotgun, and rifle rounds. While effective for its cost in stopping threats, the creator emphasizes its experimental nature and not for life-saving reliance.

This video demonstrates the construction and ballistic testing of a DIY 'Christmas Body Armor' using a cookie tin filled with river pebbles. The creator, identified as an experienced tactical gear content creator, humorously tests its effectiveness against 9mm and 5.56x45mm rounds. While surprisingly effective at stopping these projectiles due to the fragmentation properties of the pebbles, the project is strictly for entertainment and not recommended for real-world protection.

This guide details the construction of two essential AR-15 configurations: a compact 11.5-inch 'SHTF' build and a versatile 16-inch 'Recce' build, both chambered in 5.56 NATO. The video emphasizes component selection, the importance of barrel length for performance, and the value of chronograph data for verifying ballistics. It also advises new shooters to buy complete rifles while encouraging experienced builders to focus on tolerance stacking for personalized performance. The instruction comes from an expert with high technical proficiency in AR-15 platforms.

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 construction of DIY armor using inexpensive materials sourced from Dollar Tree, including baking pans, rocks, and duct tape, with a total cost under $15. The video demonstrates ballistic testing of the finished product at 7 yards against both 9mm and .357 Magnum rounds, showcasing surprising effectiveness. The host, 704 Tactical, emphasizes safe firearm handling throughout the experimental process.

This video demonstrates a budget-friendly approach to enhancing vehicle ballistic protection. Host Matt Carriker, an experienced firearms content creator, tests the penetration of various calibers through a standard car door before applying DIY armor solutions. The experiment shows that while paper reams can stop common pistol rounds, higher-powered ammunition requires steel plates for effective protection.

This video features Edwin Sarkissian, an experienced firearms instructor, conducting a unique bullet penetration test. He uses 12 Ozark Trail 12-inch cast iron skillets to determine how many rounds from various calibers and firearms, including 9mm, .45 ACP, 500 S&W Magnum, 7.62x39mm, 5.56mm, 5.7x28mm, and 12 Gauge slugs, can penetrate the cookware. The results offer practical insights into the ballistic performance of different ammunition types against a common household item.

This video from Edwin Sarkissian provides an expert-level demonstration of the Serbu BFG-50A rifle's capability against a railroad track. Sarkissian, a high-level firearms enthusiast, showcases the .50 BMG caliber's power with various ammunition types, including the specialized Raufoss Mk 211 Mod 0, highlighting its penetration through thick steel. The content offers valuable insights into terminal ballistics and the performance of heavy caliber rounds.

This video demonstrates a unique application of the X Products Can Cannon, a gas-operated launcher compatible with AR-15/M16 lowers, to launch an M67-style fragmentation grenade using .223 Blanks. Expert experimentalist Edwin Sarkissian showcases the process of loading and firing the device towards a frozen lake, highlighting the launcher's ability to hold the grenade's spoon in place until firing. The demonstration results in a significant explosion and ice shatter upon impact.

This guide details a ballistic test comparing a .50 Cal Spotter round against a 1.25-inch thick bulletproof glass panel using a Serbu BFG-50A rifle. The test, conducted by firearms enthusiast Edwin Sarkissian, demonstrates the significant destructive potential of specialized .50 BMG ammunition, highlighting differences in impact effects between incendiary spotter rounds and standard FMJ rounds. The expert-level demonstration emphasizes the importance of understanding ammunition types and their performance against protective materials.