What Bullets Do In SUPER Slow Motion!!!

This video explores the terminal ballistics of 9x19mm ammunition by firing rounds into a catalog. The experiment compares a full metal jacket (FMJ) round with a lead-core bullet to a pure lead bullet with an antimony core. The results demonstrate the penetration capabilities of 9mm rounds through paper and the deformation characteristics of different bullet types upon impact with a hard surface.

Chuck Pressburg discusses the 'No Fail Rifle' class, emphasizing practical application of external ballistics and the impact of height over bore on zeroing. The course focuses on real-world data collection, teaching shooters how to account for bullet drop and make accurate holds at various distances. It also delves into the critical, often overlooked, issue of zero shift caused by different shooting platforms like bipods, barricades, and magazine rests, highlighting the importance of understanding how mechanical stress affects accuracy.

This video demonstrates the impact energy required to detonate binary explosives, using various calibers of ammunition. It highlights that a high-velocity bullet is necessary for detonation, with smaller calibers like .22 and .380 ACP failing to ignite the explosive. The .223 Remington round, however, proved effective, creating a significant crater.

This video provides a high-definition, slow-motion view of a 1911/2011 style semi-automatic handgun being fired. The footage, presented from a first-person perspective by Regular Guy Training LLC, emphasizes the firearm's mechanical operation, including slide cycling and casing ejection. It highlights proficient recoil management and a consistent shooter stance, offering valuable visual data for those seeking to improve their shooting technique.

This video demonstrates the impact of high-velocity rifle rounds on a hardened steel sledgehammer, comparing the damage caused by a 50 BMG and various 22-250 Remington loads. The experiment highlights that velocity, rather than sheer power, can be more effective at penetrating hardened targets. The 22-250 Remington, particularly a Winchester soft point load exceeding 3950 fps, inflicted the deepest dents, surpassing the damage from the 50 BMG. The sledgehammer, dubbed 'indestructible,' shows remarkable resilience, with minimal deformation from most impacts.

This guide details the operation and shooting of a Webley .38 Smith & Wesson revolver, as demonstrated by expert shooter Jerry Miculek. It covers the top-break mechanism, double/single-action modes, and practical accuracy tests on various targets, highlighting the firearm's historical context and performance with .38 S&W ammunition. Instruction emphasizes the firearm's mechanical features and shooting technique.

This video provides an expert-level assessment of BB gun lethality for self-defense, featuring an experienced instructor from 1ShotTV. The test uses a realistic ballistic dummy head to compare a Daisy Red Rider BB gun, an Umarex MP40 CO2 replica, and a Gamo Wildcat Whisper pellet rifle. The findings indicate that BB guns are ineffective for self-defense, while pellet rifles show some potential but lack the stopping power of conventional firearms.

This video provides an expert-level demonstration of the BulletSafe VP3 Level 3A bulletproof vest's capabilities. The host, exhibiting high authority and expertise in ballistics and armor ratings, tests the vest against various calibers up to .44 Magnum and 12-gauge buckshot using a realistic ballistic dummy. The results highlight the vest's effectiveness in stopping rounds while also illustrating the potential for significant blunt force trauma and skeletal damage from high-energy impacts.

This review covers the Crosman DPMS SBR, a full-auto BB gun mimicking an AR-15 SBR. The host, demonstrating experienced authority, details its select-fire capability, dual CO2 power, 25-round capacity, and performance metrics like 430 FPS and 1400 RPM. The review includes practical demonstrations of loading, accuracy testing with minimal recoil, and penetration tests on various targets, concluding it offers a realistic full-auto experience for recreational shooting.

This video from 1ShotTV, featuring an experienced firearms content creator, experimentally tests the viability of a flare gun for self-defense. The tests reveal significant fire hazards when firing into household materials and inconsistent performance against clothing and ballistic targets. The Orion 12-gauge flare gun's single-shot capacity and slow reload time are highlighted as major drawbacks for defensive use. The conclusion strongly advises against using flare guns for self-defense due to these risks and limitations.