Videos tagged with Body Armor Testing

This video showcases the 'Kraken,' a custom-built, seven-barrel Nock Volley Gun, demonstrating its capabilities and extreme recoil. The presenter, Scott from Kentucky Ballistics, fires the weapon at various targets, including sodas, a ham, bulletproof glass, and body armor, detailing the significant recoil (340 lbs) and the weapon's destructive power. The video also touches upon the historical context of Nock Volley guns and the presenter's personal history with a severe firearm accident.

This video reviews Guard Dog Body Armor Level IV plates, detailing their technical specifications, construction, and performance. The instructor highlights the plates' NIJ Level 4 rating, ability to stop 7.62 AP rounds, and multi-hit capability due to their ceramic tile design. The review also covers the UHMWPE backing, spall guarding, trauma padding, and the importance of proper plate placement.

This video demonstrates a ballistic gel test comparing Full Metal Jacket (FMJ) and Soft Point (SP) ammunition against RMA Armament body armor. The test involves firing both ammunition types into ballistic gel placed behind the armor, with a water jug serving as a penetration indicator. The FMJ round impacted the ceramic plate, fragmenting, while the SP round's performance is observed for its potential to penetrate the armor and the water jug.

This video provides an expert-level analysis of the Winchester Black Talon ammunition, debunking myths about its lethality and legal status. Instructor Scott demonstrates ballistic gel and body armor penetration tests across various calibers, from 9mm to .30-06, showcasing the ammunition's performance and historical context. The content highlights the importance of understanding ammunition capabilities beyond sensationalized claims.

This video provides an expert review of the American Derringer Model 1 in .30-30 Winchester, showcasing its extreme recoil and limited effectiveness due to its short barrel. The presenter, Scott, a seasoned ballistics tester, demonstrates its performance against various barriers and compares it to a Henry Lever Action rifle, highlighting the significant difference in energy transfer and expansion capabilities. The review also includes tests against body armor and a ballistic dummy, offering a comprehensive look at this unique firearm's capabilities and limitations.

This video tests the legendary Dragon Skin body armor's durability against a variety of handgun, shotgun, and rifle calibers. The armor, composed of overlapping ceramic plates, is subjected to numerous impacts to determine its effectiveness. While it performs well against pistol rounds, its ability to stop high-velocity rifle rounds and the formidable .50 BMG is critically evaluated.

This video reviews the RMA Armor RF3 Level IV ballistic plates, highlighting their lightweight, thin profile, and advanced ceramic composition. The presenter conducts rigorous testing against military-grade ammunition including M855A1, M80A1, and the 6.8x51mm cartridge, demonstrating the plates' ability to stop threats with minimal backface deformation. The review also touches on edge protection capabilities and compares the RF3 to traditional SAPI plates.

Edwin Sarkissian, an experienced firearms content creator, tests the ballistic resistance of Vietnam-era body armor against a sawed-off shotgun, a full-auto Glock 17, and an AK-47. The tests reveal the armor offers minimal protection against modern firearms, especially rifle rounds. This experimental approach highlights the evolution of personal protective equipment and firearm capabilities.

This video provides an expert-level demonstration of the penetration capabilities of the .300 Winchester Magnum sniper round, specifically the MK 248 Mod 1 and RUAG Swiss P AP variants. The host, exhibiting high expertise in practical ballistic testing, compares the Bergara B14 HMR Carbon rifle to military sniper platforms and rigorously tests body armor, including the RMA XRT Special Threat Plate, against these powerful rounds. The testing culminates in extreme steel penetration trials, showcasing the effectiveness of .300 Win Mag against various barriers.

This video demonstrates a practical test comparing steel and ceramic/composite body armor, focusing on the critical role of a spall liner. The presenter shoots both types of plates wrapped in shirts with various calibers to illustrate the fragmentation and spall generated by steel plates, highlighting how a spall liner mitigates these dangerous projectiles. The test reveals significant differences in how each armor type handles impact energy and material shedding.

This video from Kentucky Ballistics, featuring Scott, delves into the kinetic impact of various firearms on a specialized punching machine equipped with ceramic body armor plates. The experiment highlights how different calibers and projectile types transfer energy, with heavier rounds like the .50 BMG and .338 Lapua demonstrating significantly more 'punch' than standard rifle calibers. The high-energy, experimental approach provides unique insights into ballistic energy transfer.

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.