Extinguisher + Propane VS .22 Tracers (what happens?) #gun #civtac #demolitionranch

This video title suggests an experimental comparison between a fire extinguisher and propane gas versus .22 caliber tracer ammunition. The experiment likely aims to demonstrate the effects of these elements, potentially involving controlled detonations, material testing, or a unique visual demonstration of ballistic and incendiary interactions. The focus is on the outcome of this unusual confrontation.

This video appears to demonstrate the destructive testing or controlled detonation of .22 Long Rifle (22LR) ammunition. The title "Explodindo munição 22LR" directly translates to "Exploding 22LR ammunition," indicating the core content is focused on the effects of ammunition being intentionally ignited or detonated, likely for experimental or informational purposes regarding its behavior under stress.

This video showcases the visual impact of tracer rounds on ballistic dummies at an outdoor range. High-speed and slow-motion footage highlights the tracer effect, particularly in low light conditions, against a dummy with an internal skeleton. The demonstration uses various firearms, including an AR-15 style rifle, to illustrate destructive testing principles.

This guide delves into the often-misunderstood mechanics of .22LR ammunition, highlighting its inherent reliability weaknesses due to rimfire ignition. It emphasizes the importance of lot testing ammunition, maintaining firearm cleanliness, and understanding how barrel length affects velocity and point of impact. The video advocates for .22LR as an exceptional training tool rather than a primary defensive option.

This video tests whether .22 LR tracer rounds from FireQuest can ignite gasoline, using a Volquartsen Mamba pistol. Despite multiple shots, the tracers failed to ignite the fuel. A subsequent blowtorch test confirmed the gasoline's flammability, leading to the conclusion that even slow-moving .22 tracers are not a reliable ignition source for gasoline.

This experiment tests the visibility of tracer rounds across various calibers. High-velocity rounds like 5.56mm and 7.62x51mm are too fast to be seen. Slower rounds, such as the .22 LR at 1,034 FPS, are visible in flight, though reaction time is still unlikely. The test highlights the significant speed difference in ammunition and its visual impact.

This comedic skit humorously emphasizes the critical importance of wearing eye protection at the shooting range. It illustrates a handgun malfunction, specifically a stovepipe, and uses a visual gag with a spent casing to drive home the safety message. The creator showcases tactical gear and a Sig Sauer P365 XL, demonstrating firearm handling in a range environment.

This video tests the penetration capabilities of various calibers, from .22 LR to .50 BMG, against a tree. Surprisingly, even the powerful .50 BMG round failed to penetrate the tree completely, demonstrating the significant stopping power of natural barriers against firearms.

This video explores the hypothetical concept of using a human body as a suppressor, simulating the scenario with ballistic gel. A Derya Arms .22 rifle is fired into a ballistic gel head, with the host noting the shot sounded 'dead silent'. The experiment demonstrates the penetration depth of a .22 LR round through the simulated head.

This test evaluates the ballistic protection of a Belgian M1 steel helmet against various calibers. While it stopped birdshot, .22, and .380 Auto rounds, it failed to defeat 9mm and .223 Remington rounds, indicating it is not suitable for protection against common handgun or rifle threats.