Videos tagged with Armor Penetration

In this experimental test, Mr. Madness investigates whether a .22 caliber nail gun can defeat a damaged RTS Tactical Level IV ceramic armor plate. Using a Remington hammer-actuated nail gun and specific power fasteners, the test concludes that the nail fails to penetrate the armor, leaving only a superficial mark. This demonstration highlights the resilience of Level IV armor against low-power projectiles, even from unconventional tools.

This analysis critiques the US Army's adoption of the M7 rifle and 6.8x51mm caliber, arguing it's a flawed concept. The video contends that justifications like extended range and armor penetration are better addressed by modern drones or specialized bullet designs, not by rearming the entire infantry. It highlights practical engagement limitations due to visibility and suggests a Designated Marksman approach over universal heavy rifles.

The British Boys Anti-Tank Rifle, chambered in .55 Boys, was a formidable WWII weapon with a 950-grain bullet achieving 2,500 fps and over 13,000 ft-lbs of energy. Despite its power, capable of penetrating 20-25mm of steel and Level 3+ body armor, it was notorious for its punishing recoil, earning it the nickname 'Collarbone Breaker'. Its rarity is compounded by conversions to .50 BMG, making original ammunition and rifles scarce.

This YouTube Shorts video, titled "M855 vs Steel Body Armor", features a comparison test involving M855 ammunition and steel body armor. The description links to a full-length video on the same topic. The content likely demonstrates the effectiveness or limitations of M855 rounds when impacting steel armor plates.

This video demonstrates a rigorous test of Level 3A body armor against a 6.5 PRC sniper round fired from one mile away. The test, conducted by Edwin Sarkissian, shows that the armor successfully stopped the projectile without penetration, although a significant impact mark and lodged bullet were observed. The expert assessment highlights the effectiveness of this armor level against high-powered rifle rounds at extreme distances.

This video tests the penetration capabilities of various firearm calibers against a cinderblock wall. Handgun rounds like .22 LR, 9mm, .45 ACP, 10mm, and even .50 AE from a Desert Eagle failed to breach the wall. Rifle calibers including 5.56 NATO, 12 Gauge Slug, and .308 Win from an FN SCAR also proved insufficient. However, the .50 BMG sniper rifle round easily penetrated the wall, demonstrating its extreme power.

This video tests the ballistic penetration of a reinforced cinderblock wall against various calibers, culminating in a .50 BMG sniper rifle. The wall, filled with Quikrete, successfully stopped handgun rounds (.22 LR to .44 Magnum) and intermediate rifle rounds (5.56mm, .308), with the 5.56mm penetrating about 3 inches. However, the .50 BMG round completely penetrated the wall, hitting the target dummy.

This video showcases the Lima 6, a prototype belt-fed 5.56 firearm, in a live-fire test against RMA armor. The demonstration highlights the weapon's rapid-fire capability and its 'Super Safe' trigger system. The test aims to assess the effectiveness of the belt-fed system in penetrating armor.

This video explores the power of a .50 caliber sniper rifle by testing how many ballistic dummy heads it can penetrate with a single shot. It features a .50 BMG round and provides links to the creator's social media, Patreon, and affiliate links for camera gear. The content is focused on demonstrating the destructive capability of high-powered firearms.

This video tests the durability of a 1909 wrought iron anvil against various calibers, culminating in a .50 BMG sniper rifle. While smaller calibers like 9mm and .44 Magnum only cause lead splatter, larger rounds like the .308 create noticeable divots. The .50 BMG API round, despite creating a small crater and fireball, was ultimately stopped by the anvil, demonstrating its extreme resilience.

Testing demonstrates that AR500 steel armor's spall coating is effective at containing fragmentation. An uncoated plate showed significant spalling, while a coated plate, especially within a plate carrier, effectively stopped fragments. The plate carrier itself also plays a crucial role in mitigating spalling.

This video details the 90mm M332A1 Hyper-Velocity Armor-Piercing (HVAP) round, highlighting its tungsten penetrator and 3900 fps muzzle velocity. It showcases the projectile's construction, including its AP core and tracer element, and its historical use in Patton tanks. The content emphasizes the advanced design for defeating armor.