Videos tagged with Serbu RN-50

Scott from Kentucky Ballistics conducted an experiment to observe the behavior of firearms when fired without being held or braced. The tests involved a range of calibers from 9mm to 50 BMG, demonstrating that even smaller calibers can exhibit significant movement, while larger calibers can result in extreme recoil and unpredictable trajectories. The data highlights the importance of proper firearm control and understanding recoil dynamics.

This demonstration showcases the .50 BMG round's power by firing a Serbu RN-50 at a 15-inch thick paper target. The projectile penetrated approximately 9 inches, demonstrating significant terminal ballistics. The video highlights the rifle's single-shot, bolt-action design and the impressive muzzle blast.

This compilation showcases the manual loading and firing of a .50 BMG single-shot rifle and a .22 LR lever-action rifle. It highlights the distinct recoil and muzzle blast of the high-caliber firearm and the rapid cycling and accuracy of the lever-action rifle on steel targets. The video emphasizes practical firearm operation and gear integration in an outdoor range setting.

This video demonstrates the process of loading and preparing a Serbu RN-50 rifle chambered in .50 BMG. It highlights the manual single-shot loading procedure, securing the breech, and utilizing a BOG tripod with Primary Arms optics for stable aiming. The shooter showcases safe handling of a high-caliber firearm and knowledge of specialized actions.

This video tests the lethality of wooden bullets across multiple calibers, including 9mm, .45 Colt, 12 Gauge, .300 Blackout, and .50 BMG, using a ballistic dummy. The tests reveal significant damage, including skull shattering and deep penetration, especially with larger calibers like the 12 Gauge and .50 BMG. The .300 Blackout rounds showed instability, tumbling upon impact.

This video features an interview with Mark Serbu discussing the safety of the Serbu RN-50, a cost-effective .50 BMG rifle. The discussion stems from a past incident where the firearm experienced a catastrophic failure, injuring Scott from Kentucky Ballistics. Mark Serbu joins the host to provide insights and findings from the investigation into the event, aiming to clarify what transpired and address safety concerns surrounding the firearm.

This video from Kentucky Ballistics explores the terminal ballistics of bullets fired backwards. Expert instructor Scott demonstrates that while backwards projectiles can cause more immediate damage and energy dump, they also create unpredictable pressure spikes, potentially leading to firearm failure, as seen with the .50 BMG test. The experiment highlights significant differences in wound cavity creation and projectile deformation across various calibers when fired in reverse.

This video explores ten unique and innovative firearms, ranging from the ultra-simple Serbu GB22M pistol to the futuristic MBA Gyrojet rocket-firing pistol. It highlights collector's items like the double-barrel Arsenal AF2011-A1 and the revolver-style MTS-255 shotgun, alongside modern innovations like the Desert Tech Trek 22 bullpup conversion. The content emphasizes the diversity and ingenuity in firearm design across different eras and purposes.

Mark Serbu presents the "Micro 50 BMG," a compact variant of the Serbu RN-50. The video details its legal classification as a Short Barreled Rifle (SBR) to circumvent restrictions on armor-piercing handgun ammunition. Ballistics analysis using QuickLOAD software demonstrates significant retained energy from its short barrel, comparable to larger magnum cartridges. Live fire footage highlights the intense muzzle blast.

This video showcases an extreme 1300-grain .50 BMG round, potentially the heaviest ever made, tested against various materials. The massive projectile demonstrated significant destructive power, fragmenting on cinder blocks but penetrating a Level IV body armor plate. The extreme recoil ultimately caused a catastrophic failure in the Serbu RN-50 rifle.

This video tests the 'less lethal' capabilities of experimental .50 BMG training ammunition, which features a plastic projectile and case. Despite its training designation, the rounds demonstrated significant destructive power on food targets and caused substantial internal damage to a zombie torso, proving lethality at close range. However, the plastic bullet failed to penetrate a minivan door, highlighting its limitations.

This video recreates a catastrophic .50 caliber rifle explosion to investigate the cause. The investigation points to extreme overpressure from faulty or counterfeit ammunition, reaching up to 190,000 PSI. Safety protocols and remote testing were employed to safely demonstrate the failure mechanism, highlighting the critical importance of ammunition integrity.