Bro’s Cooking!

This video demonstrates a controlled experiment by the channel Tática Civil, investigating the ignition characteristics of pistol, rifle, and shotgun powders when heated. The instructor, exhibiting experienced authority, observed that rifle powder ignited first, followed by shotgun powder, with pistol powder burning slowest. Notably, no explosion occurred, only a quick flash, highlighting the importance of understanding propellant behavior.

This video demonstrates a controlled experiment involving the ignition of black powder (Hodgdon Pyrodex RS) in a frying pan on a propane stove. The experiment highlights the rapid and forceful nature of black powder combustion, resulting in a flash and explosion. The speaker, exhibiting expertise in firearms technology, emphasizes the importance of safety and maintaining distance during such demonstrations, noting the distinct characteristics of black powder flashes compared to smokeless powders.

This video demonstrates a dangerous experiment where 22LR, 9mm, and .223 ammunition are heated on a stovetop. The experiment, conducted by Civilian Tactical, shows each caliber cooking off sequentially, with the 22LR igniting first, followed by the 9mm and then the .223, resulting in explosions and projectiles being launched. The presenter emphasizes safety by running far away and promotes SDI.TODAY for firearms technology degrees.

This video details a hazardous experiment where a quarter cup of black powder (Hodgdon Pyrodex RS) is heated in a frying pan on a propane stove. The presenter, from Civilian Tactical, observes that after a period of smoking, the powder ignites in a rapid, quiet, hot, and bright flash, creating significant soot. The experiment highlights the volatile nature of black powder and the importance of extreme caution when handling such materials.

This video demonstrates a controlled experiment involving heating black powder in a frying pan on a camp stove. The presenter, exhibiting experienced handling of propellants, shows the process from setup to ignition, highlighting the intense heat, smoke, and explosive reaction. The experiment concludes with observations on the resulting flash and soot, emphasizing the rapid and powerful nature of black powder combustion.

Instruction from an expert firearms instructor on suppressor cleaning, emphasizing that most suppressors do not require regular cleaning. The guide highlights the specific risks of lead fouling in .22LR suppressors and recommends a simple cleaning method using hot water and dish soap, while also touching on the benefits of carbon buildup for performance and the user-serviceable nature of certain models like the Pindrop XL.

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.