Videos tagged with Ammunition Experiment

This video demonstrates a potentially hazardous experiment involving igniting .22LR blanks in a hot frying pan. The presenter, exhibiting experienced authority, shows that these blanks produce a loud noise without a projectile and that their crimped casings can eject forcefully. The video includes a sponsorship for SDI.TODAY's firearms technology degrees and a warning against replicating the demonstration.

This video demonstrates a controlled experiment where 22 LR, 9mm, and .223 caliber ammunition are heated in a pan on a portable stove. The detonations are recorded in slow motion, showing the effects of heat on live cartridges. The experiment highlights the unpredictable nature of ammunition when subjected to extreme heat, resulting in explosions and scattering of components. The host, with an experienced authority level, emphasizes the destructive potential and advises against attempting such actions.

This YouTube video, titled "Will Oil ruin .22LR? PT3🤔🛢", appears to be the third installment in an experimental series investigating the effects of oil on .22LR ammunition. The description includes a variety of hashtags ranging from firearm safety and gun safety to experimental topics, myths, and even mentions of airsoft and history. The inclusion of an oil emoji suggests a practical demonstration or test is being conducted.

This video tests the lethality of firing gummy worms from a shotgun. The experiment involved testing accuracy on a paper target, energy transfer in wastewater, and penetration through a shrapnel vest. The results indicated that gummy worms, when fired from a shotgun, can be lethal due to their ability to retain energy and penetrate protective gear.

This video explores the theoretical ballistic effects of firing a rifled slug backward from a shotgun. While not a formal training guide, it demonstrates a practical test comparing the accuracy and impact of backward-loaded slugs versus standard forward-facing slugs. The experiment aims to observe if the reversed slug causes more significant fragmentation or dispersion.