Ukrainian military helmet Test 🇺🇦

This video provides a practical, hands-on test of a Chinese PLA helmet's ballistic resistance. The host, demonstrating high authority and practical knowledge, tests the helmet against various calibers from Birdshot up to .223. The results show the helmet can withstand handgun rounds but is penetrated by a .223 rifle round.

This video demonstrates a durability test of the Tardigrade Industries Maxilla face mask against various calibers, including .22LR, 9mm, .45 ACP, .223, and .500 AutoMax. The mask, rated Level 3A, successfully stopped all projectiles, with only the .500 AutoMax causing significant deformation without penetration. The presenter highlights the mask's resilience and its suitability for personal protection.

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.

This YouTube Shorts video, titled 'NAVY SEAL - Destroys Civilian Plate Carrier,' likely showcases a demonstration or test involving a Navy SEAL and a civilian plate carrier. Given the limited description and title, the content probably focuses on the durability or performance of the plate carrier under simulated or actual destructive conditions, possibly related to military-grade equipment testing or a comparison against what civilian gear can withstand. The video also promotes other related channels, including 'Classic Firearms,' 'Outside The Warehouse,' and a podcast channel, suggesting a broader focus on firearms and tactical equipment within their network.

This video likely focuses on the effectiveness and survivability of steel body armor, as indicated by the title "STEEL Body Armor WON’T Kill You (with tests)". The inclusion of terms like '#civtac' and '#tactical' suggests a focus on civilian tactical applications and gear. The mention of '#gun' implies a connection to firearms, possibly in the context of ballistic protection against them. The tests will likely demonstrate the armor's ability to stop projectiles without catastrophic failure, addressing a common concern about fragmentation or spalling.

This video demonstrates the durability of the Tardigrade Industries Ballistic Face Mask, specifically the Maxilla Face Shield model. Tested against multiple calibers including .22, 9mm, .45, and .223, the shield successfully stopped all rounds, indicating robust ballistic protection. While it adds weight, the added protection is deemed a worthwhile trade-off for enhanced safety.

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.