Videos tagged with When Guns Go Boom

This video tests the safety of bullpup rifles during catastrophic failure. A Kel-Tec RFB in .308 Winchester was subjected to a specially loaded round exceeding 300,000 PSI. While the rifle experienced a massive explosion, destroying the lower receiver and magazine, slow-motion analysis showed the heavy metal upper receiver largely shielded the ballistic dummy's face from direct debris, indicating the bullpup design can offer protection in extreme failure scenarios.

This video details a catastrophic failure of an Iver Johnson 1911 pistol when subjected to extreme pressure (250,000 PSI) via a custom round, far exceeding its standard operating pressure. The test, conducted by Kentucky Ballistics, highlights the destructive potential of exceeding firearm tolerances and demonstrates the severe damage such an event can cause to the firearm and simulated body parts.

This video from Kentucky Ballistics features an in-depth look at the iconic M1 Garand rifle. Host Scott demonstrates its operation, including the distinctive en-bloc clip and 'ping' sound. The video culminates in a high-pressure test designed to induce catastrophic failure, showcasing the dangers of over-pressured ammunition and the robust (or in this case, failed) construction of the rifle under extreme stress. Expert analysis follows the explosion, detailing the damage.

This video documents a catastrophic failure of a Henry All-Weather 45-70 rifle when subjected to extreme pressure from a custom 'Boom' round exceeding 200,000 PSI. Despite the barrel splitting and handguard disintegrating, the rifle's design contained the bolt, potentially preventing severe injury to the shooter. The test highlights the dangers of over-pressurized ammunition and the importance of firearm design in mitigating failure consequences.

This episode of 'When Guns Go Boom' by Kentucky Ballistics investigates the catastrophic failure limits of an AR-15 platform. The experiment involved intentionally over-pressurizing a Ruger 556 with a custom round designed to reach 500,000 PSI, far exceeding standard 5.56 NATO pressures. High-speed footage captured the upper receiver and barrel exploding, with the blast primarily directed downwards, highlighting a key safety feature of the AR-15 design.

This episode of 'When Guns Go Boom' tests a Desert Eagle to its limits using a high-pressure round, resulting in a catastrophic barrel explosion. The analysis reveals a symmetrical split in the barrel and a bulged frame, demonstrating the extreme forces involved in firearm malfunctions. The video highlights the importance of understanding firearm mechanics and operating pressures, even when pushing them beyond normal limits.