Videos tagged with Oxygen Tank

This video demonstrates the extreme power of the CheyTac M200 Intervention rifle chambered in .408 CheyTac. It showcases the round's ability to penetrate multiple propane tanks and significantly deform a thick-walled oxygen tank, highlighting its destructive potential. A comparison with 9mm rounds shows the vast difference in penetration capabilities.

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 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 demonstrates a high-risk experiment where an M60, AK-47, and M16 are used to detonate oxygen and propane tanks within a concrete bunker. The footage showcases the resulting massive explosion and subsequent inspection of the damage. The host, Edwin Sarkissian, exhibits high authority in firearms entertainment, guiding the viewers through the destructive process with enthusiasm and humor.

This video demonstrates the Pulsefire flamethrower, showcasing its mounting capabilities on an AR-15 and Barrett .50 BMG. It highlights the device's electric ignition, internal pump, and Picatinny rail compatibility. The content includes field testing for brush clearing and target engagement, noting the fuel tank's rapid depletion during continuous use. A notable experiment involves igniting a vented oxygen tank, emphasizing safety precautions.

This video demonstrates the explosive potential of shooting full oxygen tanks with various rifles. Different calibers and rifle platforms produce varied effects, from pressure release to launching the tank airborne. The AK-47 and Dragunov showed significant reactions, while the 45-70 had a less dramatic outcome. The .338 Lapua Magnum AWM delivered the most forceful result, sending the tank flying.

This video demonstrates the extreme danger of shooting an oxygen tank, especially with high-caliber firearms like the .50 BMG Serbu BFG-50A. The experiment results in a catastrophic explosion, destroying the refrigerator and highlighting the severe risks associated with mishandling pressurized oxygen tanks. The video also showcases a custom Henry 45-70 rifle and mentions the Sonoran Desert Institute as a sponsor.

This video demonstrates the destructive potential of a .50 caliber round impacting a pressurized oxygen tank surrounded by propane tanks. The .50 BMG armor-piercing round from a Serbu BFG-50A rifle creates a significant explosion due to the rapid combustion of propane accelerated by the released oxygen. The tank sustained a 3-inch entry wound and did not show an exit hole.

This experiment tests the destructive potential of a custom bowling ball cannon against a high-pressure oxygen tank. Initial attempts with conventional rounds failed, leading to the development of the bowling ball cannon. The cannon, loaded with black and pistol powder, successfully impacted the tank but did not rupture its casing. A second shot targeted the valve, causing rapid decompression and propelling the tank at high speed.

This video showcases a unique and potentially dangerous experiment involving a 7-barrel shotgun being fired at an oxygen tank valve. The title and description suggest a focus on the physics and potential consequences of such an action, possibly relating to science education or a demonstration of extreme firearm capabilities. The video also includes a mention of Grip6, suggesting a potential sponsorship or product placement.

This video tests the bullet resistance of an empty oxygen tank against various calibers. While smaller handgun rounds like .22 LR and 9mm only cause surface marks, higher-powered rounds like the .500 S&W Magnum and .50 BMG with standard rounds penetrate the first wall. Only .50 BMG Armor Piercing Incendiary (API) rounds achieved full penetration through both sides of the tank.

This video demonstrates the destructive potential of a .50 caliber round impacting pressurized propane and oxygen tanks. The experiment, conducted by Edwin Sarkissian using a Serbu BFG-50A rifle with APIT ammunition, resulted in a massive fireball and explosion. The footage captures the event from multiple angles and in slow motion, highlighting the significant energy release.