Rifle superlongo 22LR: potência além do comum

This guide details a test of custom ammunition, specifically a .22LR bullet loaded into a .223 casing, dubbed the '22 Super Long Rifle'. The test, conducted in a Steyr AUG, evaluates cycling reliability, recoil reduction (approximately 20% less than standard .223), and terminal energy. While the custom rounds demonstrated sufficient energy to cycle the bolt, accuracy was significantly compromised, leading to tumbling and unpredictable impacts. The video highlights potential malfunctions with such experimental loads.

This video from Banana Ballistics explores pushing the limits of .22LR velocity using modified ammunition, specifically nail gun blanks. The expert instructor demonstrates advanced testing techniques with various chronographs and firearms, highlighting extreme velocities and potential dangers. The content emphasizes safety and provides insights into the performance of different ammunition types and firearm durability under stress.

This video from Yee Yee Life features an experienced individual testing the bullet-stopping capabilities of a 100-pound lead block against various calibers, from .22LR up to .50 BMG. The test includes firearms like Glocks, Rugers, Desert Eagles, AR-15s, FN SCARs, and Barrett rifles, demonstrating penetration levels and the effectiveness of lead as a ballistic material. The results show that while lead blocks can stop many common rounds, high-powered calibers like the .50 BMG can penetrate significantly.

This video explores the dangerous practice of firing .22LR ammunition in a handgun designed for .22WMR, specifically a North American Arms Recluse. The presenter highlights common failures to ignite and significant issues with casing expansion and cylinder fouling. The experiment is strongly discouraged due to safety risks and potential firearm damage.

This video demonstrates a unique approach to shotgun ammunition by testing 'Chain Shot' – custom loads using different types of chain. The presenter, exhibiting experienced authority, tests fine, medium, and thick chains against ballistic gel. The results show minimal penetration for fine chain, significant penetration for medium chain, and the thick chain bouncing off with considerable force, highlighting its unpredictable and potentially dangerous nature.

This video details an experimental test of custom shotgun shells loaded with drill bits, fired at various targets including a soda bottle, paper silhouette, and ballistic gel head. The presenter, exhibiting experienced authority, critiques the AI's suggestions for testing realism, particularly regarding pressurized targets. The results highlight the unpredictable nature of such projectiles, with some hits achieving center mass and others deviating significantly, like the 'rogue bit'. The video also features a promotional code for a ballistic gel head product.

This video explores the compatibility of a 50 BMG cartridge with a 12 gauge flare gun. The experiment reveals that while the cartridge fits, the flare gun's mechanism cannot ignite the tough 50 BMG primers. However, it successfully fires a standard 12 gauge blank, highlighting the difference in primer hardness. The content is presented from a hobbyist perspective, focusing on experimental curiosity rather than professional instruction.

This video from Tática Civil, featuring an expert instructor, explains the dangers of firing upwards due to projectile drop and terminal velocity. It demonstrates the safe use of 9mm shot shells for controlled demonstrations, highlighting the Canik Mete MC9 Prime with a Gideon Valor red dot sight. The instructor emphasizes crucial firearm safety protocols.

This guide details an experimental test to debunk the myth that a .50 BMG round passing near a target can be lethal. Using a ballistic mannequin, cardboard indicators, and a concrete backstop, the test demonstrates that a near miss from a .50 BMG round does not impart enough shockwave or air pressure to cause fatal injury, though the projectile itself possesses immense kinetic energy as evidenced by its impact on the concrete block. The test was conducted objectively by an individual with high authority, indicated by their empirical testing methods and proper safety protocols.

This video demonstrates a dramatic comparison between the .22 LR and .50 BMG calibers using a ballistic head model. The .50 BMG, when attached to an AR-15 platform via a Raptor upper, shows vastly superior destructive power, completely obliterating the model, while the .22 LR causes only superficial damage. The host's enthusiastic and experimental approach, combined with clear technical explanations, highlights the significant energy difference between these two rounds.