Magnesium in a Microwave

This video, titled 'Firefighters Made THESE Flamethrowers?', appears to be a promotional or behind-the-scenes look at the creation of flamethrowers, potentially by or for firefighters. The title suggests a focus on unusual or DIY flamethrower builds. Given the mention of Demolition Ranch and #fullautofriday, the content likely involves a demonstration of these flamethrowers in action, possibly with an emphasis on their destructive capabilities or unique design. The association with Demolition Ranch implies a high likelihood of intense visuals and potentially a sense of awe or surprise for the viewer regarding the effectiveness and construction of these devices.

This video details an experiment where various live grenades and explosives were placed inside a microwave to observe their reactions to microwave radiation. Conducted by Demolition Ranch with an explosives expert, the tests revealed that most explosives did not detonate from microwave heat alone, with a flashbang being the exception that destroyed the microwave. The video emphasizes the inherent dangers and the need for professional handling of such materials.

This experiment demonstrates that placing a box of 12 gauge shotgun shells in a microwave causes them to burn and melt rather than explode conventionally. The shells combusted, producing significant smoke and flame, ultimately fusing into a mass of plastic, lead shot, and brass. The video highlights the importance of safety precautions during such experiments.

This video humorously depicts a veteran's worst nightmare: a shipboard fire suppression system (AFFF) discharging unexpectedly. Nikko Ortiz reacts with mock panic, illustrating the chaos and potential for extreme reactions in such a scenario. The content highlights the potent nature of AFFF and the psychological impact of emergency situations on military personnel.

DemolitionRanch, known for unique tests, conducted an experiment to see if live .22LR ammunition would discharge in a microwave. After building a protective bunker, they found that after a 5-minute microwave cycle, the .22LR rounds began to cook off, resulting in shredded casings and powder residue, but no penetration of the microwave door. The expert demonstrated significant safety awareness by constructing a ballistic bunker.

This video tests whether water can extinguish a 9mm tracer round. The host demonstrates that a tracer round fired through a gallon of water does not ignite, concluding that water is effective at suppressing tracer rounds. The experiment uses a Canik Mete SFX Rival S pistol and FireQuest 9mm tracer ammunition.

This video explores the AirForce Texan SS, a suppressed .45 caliber big bore air rifle, and the Sam Yang Dragon Claw .50 caliber air rifle. It highlights how these powerful airguns, despite their significant energy output (around 500 ft-lbs for the Texan SS), are not legally classified as firearms, allowing their integrated suppressors to bypass NFA regulations. The review includes sound comparisons, accuracy tests at 100 yards, and penetration demonstrations, showcasing their surprising effectiveness.

This video features former Special Operations sniper Nicholas 'The Reaper' Irving demonstrating various firearms and sharing combat insights. Key takeaways include the performance of the Barrett M107A1 and SR-25, the extreme recoil of the S&W 500 Magnum, and the effectiveness of .50 BMG rounds against an engine block. Irving's expertise as a decorated sniper significantly enhances the technical depth of the content.

This expert guide details the dangerous consequences of firing incorrect calibers in handguns, as demonstrated by firearms instructor Matt Carriker. It covers firing .380 ACP in a 9mm, 9mm in a .40 S&W, and .223 Remington in a .40 S&W, highlighting malfunctions like failure to cycle, bulged casings, and blown-out necks due to improper headspacing and lack of chamber support. The video emphasizes the critical importance of using the correct ammunition for firearm safety and function.

This review by Demolition Ranch tests the ballistic resistance of Flex Tape against various firearms, including the FN PS90 and CZ Scorpion. The experiment demonstrates that even significant layers of Flex Tape are easily penetrated by common calibers, highlighting the limitations of improvised ballistic materials. The video features expert handling and detailed explanations of firearm mechanics and ballistics.