Videos tagged with Meltdown Test

This video showcases an extreme durability test of a Palmetto State Armory AK-47, pushing it to its limits in a 'meltdown' scenario. The rifle's polymer furniture ignites and burns during sustained high-volume fire, yet the firearm continues to cycle rounds. Even with visible flames and heavy smoke, the AK-47 demonstrates remarkable resilience, functioning with both standard and high-capacity drum magazines.

This video details a rigorous meltdown test on the Argos Ordnance A115 rifle, pushing it to its limits with 604 rounds of continuous full-auto fire. The test revealed significant barrel droop due to extreme heat, ultimately causing the rifle to fail. Despite the failure, bore inspection showed surprisingly intact rifling, highlighting the rifle's resilience under immense thermal stress.

The PSA Spiker AK underwent a full-auto meltdown test, firing 2,707 rounds until ammunition ran out. Extreme heat caused the barrel to visibly droop, leading to gas system failure and handguard fires. Despite a field repair with bailing wire, the rifle remained functional, though the barrel was permanently bent and the recoil spring deformed.

This video details the Iraqveteran8888 "meltdown test" on an Anderson Manufacturing AR-15 upper receiver. The test subjected the budget-friendly firearm to extreme full-auto fire until failure, which occurred after approximately 640 rounds due to an out-of-battery discharge and cook-off. Despite the failure, several components, including the bolt carrier group and gas port, showed surprising resilience.

This video details a 'meltdown' test on a Faxon 9mm AR upper receiver, pushing it to its limits with over 5,000 rounds of full-auto fire. The test, conducted by Eric from Iraqveteran8888, utilizes thermal imaging to monitor heat and assesses the firearm's durability and accuracy post-stress. The Faxon upper demonstrated remarkable resilience, functioning throughout the extreme test despite significant carbon buildup.

The RMS2 Hopaii suppressor underwent a rigorous full-auto meltdown test on an AR-15, enduring approximately 330 rounds before the rifle malfunctioned due to a melted gas tube. The suppressor itself, constructed with a hybrid Inconel blast chamber and stainless steel body featuring an Omega baffle, survived the extreme heat. This test highlights the suppressor's impressive durability beyond typical usage, suggesting potential for future comparative stress tests.

This video revisits the Vepr 5.45x39 meltdown test using genuine 7N6 military surplus ammunition for a true service performance evaluation. The test culminates in a catastrophic barrel rupture near the gas block after 1,491 rounds, demonstrating the extreme durability of the RPK-style heavy barrel. Analysis confirms the projectile exited the side of the barrel, highlighting the violent nature of the failure.

This video details a destructive 'meltdown' test on a Palmetto State Armory (PSA) CHF M4 upper receiver with an FN cold hammer forged barrel. The test involved continuous full-auto fire until failure, which occurred at 430 rounds due to a ruptured gas tube. Post-test inspection revealed the barrel remained in excellent condition, indicating its durability under extreme stress.

This video details a full-auto meltdown test on a Smith & Wesson M&P15 Sport II, pushing it to its limits with sustained fire. The rifle endured approximately 820 rounds before failure, primarily attributed to gas port erosion. Despite the ultimate failure, the test highlights the M&P15 Sport II's surprising ruggedness for its price point and suitability for standard semi-automatic use.

This video details a 'meltdown' test pushing an Adams Arms piston AR-15 upper to its limits using a full-auto lower. The test, conducted by Eric, highlights the durability and failure points of the piston system under extreme stress, culminating in a documented failure after 569 rounds. The analysis provides insights into how thermal stress affects the barrel and gas system, leading to mechanical failure.

The POF P416, a factory machine gun, underwent an extreme meltdown test, firing 2,737 rounds continuously. Despite significant barrel erosion, turning it into a 'smooth bore' at the ends, the rifle's gas piston system remained functional, and it continued to cycle. A notable failure was a stuck case with a ripped extraction rim, attributed to extreme heat. The test highlights the P416's exceptional durability under punishing conditions.

This Vepr 5.45 AK-74 variant, converted by Definitive Arms, underwent a full-auto meltdown test. The rifle failed after 799 rounds due to lacquer primer sealant from Wolf ammunition gumming up the bolt face and firing pin channel, not a mechanical defect. Significant throat erosion and slight muzzle droop were noted.