Videos tagged with M67 Grenade

This video humorously demonstrates that throwing an inert M67-style grenade without pulling the pin results in no detonation. Johnny Q uses a dummy grenade to illustrate the safety mechanism, highlighting the importance of proper handling. The content is enhanced with comedic editing, featuring a large explosion effect for a jump scare.

This video documents an extreme test where an M67 fragmentation grenade is detonated inside a Smart Car. The experiment involves modifying the grenade's fuse and placing it within the vehicle before retreating to a safe distance. The detonation causes significant structural failure, with the roof and panels being blown outward, showcasing the destructive power of the grenade against a small vehicle.

This video features Johnny Q showcasing military surplus items, specifically inert MII and M67 grenades, available from Venture Surplus. The creator encourages viewers to visit the website, use a discount code (JOHNNYQ10) for savings, and highlights that the site offers a wide range of gear for everyone. The video is a sponsored promotion for Venture Surplus.

This video showcases military surplus gear, specifically featuring two inert grenades: an MII Grenade and an M67 Grenade. The creator demonstrates where they store these items on their vest, hinting at a larger collection. A discount code is provided for Venture Surplus, the retailer for the featured gear. The video is a sponsored promotion highlighting these specific inert ordnance items as paperweights, linking directly to their product pages.

This video demonstrates a remote-controlled robot, a Daredevil Mower, modified to launch an M67 fragmentation grenade using an X Products .308 Can Cannon. The robot's capabilities, including weapon mounting and remote activation via a solenoid trigger, are showcased before the grenade is detonated inside a GMC van, causing significant damage. The experiment highlights advanced DIY engineering and the destructive potential of ordnance.

This video tests whether shooting a fragmentation grenade with an AR-15 will cause it to explode. The experiment reveals that a direct bullet impact does not detonate the grenade. Instead, it releases smoke and residue, leaving the mannequin and tactical vest largely intact. The explanation highlights that modern grenades require intense heat from a fuse to detonate their stable explosives like Comp B or MDX.

This video pits powerful revolvers and a .50 BMG rifle against pumpkins and an M67 grenade. The .44 Magnum Raging Hunter penetrated 15 pumpkins, while the .357 Magnum BFR reached 7. The .30-30 Winchester BFR expanded rapidly, penetrating only 6 pumpkins. Heavier calibers like .45-70 Government and .500 S&W Magnum showed significant energy dump, while the .50 BMG rifle obliterated the initial pumpkins before the grenade detonation.

This video tests the ballistic resistance of a vending machine against various firearms, culminating in an M67 grenade detonation. While smaller calibers like .50 AE, 5.56mm, and 7.62x39mm failed to penetrate, the .408 CheyTac round successfully exited the machine. The Barrett M82, surprisingly, caused significant damage but didn't consistently exit. The grenade test resulted in complete destruction.

This video demonstrates the destructive potential of a .50 BMG round and an M67 grenade on an oxygen tank in a truck bed. The initial .50 BMG shot caused a significant fireball and explosion, while a second shot and a grenade detonation resulted in severe structural damage to the truck. Remarkably, the Dodge Dakota remained operational after the ordeal.

This experiment demonstrates the destructive potential of an M67 fragmentation grenade when detonated inside a Dodge Dakota pickup truck bed. The blast pressure completely detached the tailgate and shattered the rear window, highlighting the significant force generated by even a single grenade. The video showcases the immediate aftermath and the resulting damage.

This video demonstrates the extreme dangers of shooting pressurized oxygen and acetylene tanks in a truck bed using a .50 BMG rifle. The acetylene tank caused a massive explosion and fire, while the oxygen tank was propelled by its own gas release. The experiment also included testing an M67 grenade, highlighting the destructive potential of such scenarios.

This video tests the Devtac Ronin ballistic helmet's ability to withstand a grenade explosion. Despite direct shrapnel impacts and the shockwave from an M67 fragmentation grenade, the helmet successfully protected a cantaloupe placed inside. Other nearby fruits were destroyed, highlighting the helmet's protective capabilities against explosive threats.