Videos tagged with Heat Exposure

This video demonstrates an experiment testing the resilience of modern 7.62x39mm ammunition to extreme heat and moisture by boiling it for four hours. The creator, identified as a Firearms Enthusiast and Tactical Content Creator, then tests the boiled rounds in a Zastava M92 pistol. All boiled rounds fired successfully, indicating that modern ammunition is highly resistant to such conditions, contrary to some historical sabotage myths. The experiment highlights proper firearm handling and range safety throughout the process.

This video provides a comprehensive torture test of the Hesco L210 ceramic body armor plates, simulating extreme conditions like water submersion, high heat, drops, and edged weapon attacks. The hosts, demonstrating high authority and expertise, detail the testing methodology, including the use of ballistic clay and specific ammunition types. The results show the L210's remarkable durability, though significant backface deformation and eventual penetration can occur under prolonged stress or repeated impacts in the same area.

This guide details the process of accuracy and durability testing for the Orca, a 3D-printed AR-15, as demonstrated by Hoffman Tactical. It covers initial zeroing, simulating field use, rapid fire testing to induce heat, and post-test inspection for thermal effects on polymer components and accuracy. The testing highlights the impact of heat and mechanical stress on the performance of 3D-printed firearm parts.