Videos tagged with Ballistic Dummy Lab

This video provides an expert-level examination of the Mk 262 Mod 1 5.56mm round, famously used in the operation that eliminated Osama Bin Laden. The host, demonstrating high authority, conducts a ballistic test on a human bust, showcasing the round's devastating close-range effectiveness. The test confirms the Mk 262 Mod 1's capability to cause extreme trauma, rendering targets unrecognizable.

This video tests the lethal distance of Tannerite using a ballistic dummy and a Cobalt Kinetics rifle chambered in 5.56 NATO. At 15 feet, the dummy sustained minor damage. At 7 feet, it was knocked over with potential ear-damaging concussive force. A 1-foot distance resulted in severe damage, splitting the dummy's spine. Point-blank disintegration occurred when the dummy was placed directly on the Tannerite.

This video features Matt Carriker of Demolition Ranch conducting a farewell experiment, testing the effectiveness of jumping on a grenade using ballistic dummies. It also includes a test of a WWII German Pak 40 anti-tank gun's lethal range. The results demonstrate significant blast and fragmentation suppression from the grenade and the devastating power of the Pak 40's muzzle blast and kinetic projectile.

This video tests a reproduction medieval hand cannon, 'Ye Olde Boomstick,' against historical armor. The 8-bore weapon, loaded with a 900-grain lead ball and black powder, successfully penetrated steel breastplate and chainmail. A buckshot load failed to penetrate but dented armor, while the integrated defensive spike proved highly effective.

This video features Brian Lanckiewicz showcasing the McMillan Tac 338 sniper rifle. The content includes comparisons to other rifles and calibers, with extensive testing involving ballistic dummies, statues, and steel plates. Long-range shooting is also demonstrated. The video mentions that these rifles can be found at Strategic Armory Corps (SAC) in Texas. The testing performed in "Ballistic Dummy Lab" and the comparison of various rifles and calibers indicate a strong focus on firearm performance evaluation.

Johnny Q clarifies that the 'blood' stains on his table are synthetic blood from a Ballistic Dummy Lab head, not actual blood. He demonstrates this by shooting the dummy head at point-blank range with a .50 BMG rifle, showing the resulting splatter. The video showcases a Noreen ULR .50 BMG rifle and Bullet Vault ammo cans.

This video explores a theoretical scenario of a survivable headshot by targeting a specific soft tissue gap in the jaw, avoiding bone and vital organs. Using a ballistic dummy and anatomical demonstration, the host illustrates how a projectile could pass through this area with minimal long-term damage, emphasizing pain over permanent injury. The content highlights the importance of understanding projectile paths and anatomy in firearm-related injury analysis.

This educational video explores the impact of M134 Minigun tracer rounds on a ballistic dummy. It showcases the destructive power of the weapon and its ammunition by simulating its effects in a controlled environment. The video also highlights the source of the ballistic dummy used in the demonstration, indicating a focus on understanding projectile effects.

This video unboxes a ballistic dummy head from Ballistic Dummy Lab, featuring a clear ballistic gelatin exterior and an internal skull. The creator, Johnny Q, highlights the product's short shelf life, recommending use within 2-3 weeks due to the perishable nature of ballistic gel. He solicits audience suggestions for testing scenarios, hinting at potential impact testing or 'outrageous' uses for the dummy head.

This video tests the lethality of a 1975 fire truck's water stream, demonstrating its destructive power on various targets. At 200 PSI, the water pressure proved capable of causing severe trauma to a ballistic dummy torso. A point-blank test resulted in the dummy being decapitated, confirming the fire truck's lethal potential at close range.

This video tests the effectiveness of Viking weapons like swords, battle hammers, and axes against ballistic dummies. The demonstrations highlight the destructive power of these historical arms, showing how a Viking sword can slice, a battle hammer can obliterate, and a battle axe can cleave through simulated human anatomy and materials. It also touches on the historical context of Viking warriors, including the Berserker persona.

This video features a dramatic comparison of human body resilience against various large caliber firearms. Conducted at Ballistic Dummy Lab, the experiment visually demonstrates the impact and penetration capabilities of different powerful rounds on ballistic dummies, simulating flesh and bone. The focus is on showcasing the sheer force and destructive potential of big bore ammunition. Expect to see impactful footage highlighting the physics of ballistics and wound channels created by these formidable calibers.