Videos tagged with High-speed photography

This expert review from PewView, a high-tier firearms influencer, provides an in-depth look at the innovative Rideout Arsenal Dragon pistol. The analysis covers its unique lever-delayed blowback action, modular design, and straight-pull trigger, supported by detailed mechanical explanations and high-speed 4K footage. The Dragon is compared against competitors like the Laugo Alien and Nighthawk Firehawk, focusing on recoil and muzzle rise reduction.

This video provides an expert-level examination of Armitek's ballistic glass, testing its effectiveness against various calibers from 9mm to .50 BMG. The presenter, Mike Jones (Garand Thumb), utilizes high-speed photography to analyze impacts, demonstrating the glass's ability to stop rounds without significant deformation. The testing covers UL Level 6, 7, and 8 ratings, showcasing the material's performance under extreme ballistic stress.

This video demonstrates an extreme ballistics test where Scott from Kentucky Ballistics collaborates with The Slow Mo Guys to fire a massive Punt Gun at thick bulletproof glass. The test utilizes a Phantom TMX 7510 high-speed camera to capture the impacts at 200,000 FPS, showcasing the destructive power of the 1lb lead ball and a 4-bore buckshot load against a previously tested ballistic-resistant barrier. The expert-level demonstration highlights the capabilities of both the firearm and the camera technology.

This video demonstrates a ballistic test of a .50 caliber tracer round against a ballistic dummy head, showcasing the destructive power of the Barrett M82A1/M107 rifle. The demonstration, conducted by an instructor with high authority, utilizes high-speed photography to analyze the impact and disintegration of the target. It highlights proper use of long-range shooting equipment and safe range procedures.

This video addresses the question of whether glass breaks faster than a bullet, offering a "take" on a Slow Mo Guys video. The creator aims to provide ballistic knowledge and teach the "Slowmo Guys" about the physics involved in bullet impacts and material fracture. The content is presented by "Deuce and Guns" and encourages viewer engagement through likes and subscriptions.

This analysis of the Savage Model 1907, led by firearms expert Ian McCollum, delves into its unique rotating barrel delayed blowback system. Using high-speed photography at 7500 frames per second, the video empirically demonstrates how the barrel rotates approximately 5 degrees during the slide's rearward travel. This mechanism, designed by Elbert Searle, allowed for a lighter slide compared to traditional locked-breech designs and was intended to circumvent existing patents. The analysis confirms it is a delayed blowback, not a locked breech system.

This YouTube video focuses on visualizing air movement around a bullet in flight, as indicated by the title. While no specific firearms are mentioned in the provided description, the core concept revolves around the physics of projectile motion and the visual effects of a bullet passing a camera. The content likely aims to provide a unique, high-speed perspective on ballistics, offering educational or demonstrative value to viewers interested in the mechanics of shooting.

This video provides a detailed terminal ballistics demonstration using a realistic ballistic dummy. The 1ShotTV host, exhibiting high authority in firearms entertainment and practical terminal ballistics, showcases the effects of .375 H&H Magnum (both expanding and solid rounds), .45-70 Government, and a .50 caliber rifle on a human torso model. The experiment highlights significant differences in wound cavity, penetration, and tissue destruction between calibers and projectile types, utilizing high-speed photography for analysis.

This video demonstrates an advanced and experimental shooting technique: hitting the muzzle of a rifle with another rifle from 50 yards. The process involves meticulous setup, including a precision rest and confirmation of bullet fit, followed by practice shots to ensure accuracy. The successful attempt, captured in high-speed slow motion, highlights the precision required for such a challenging shot. Instruction is provided by an experienced firearms content creator with a high level of technical knowledge.

This video provides a high-speed, slow-motion demonstration of a flintlock pistol's ignition sequence, focusing solely on the pan powder. Expertly presented by Booligan, the footage clearly illustrates the mechanics of flint striking steel, the resulting sparks, and the ignition of priming powder, highlighting the initial stages of firing without a main projectile charge. The demonstration emphasizes safe handling and clear identification of firearm components.

This YouTube video from Fullmag showcases the impact of a bullet in extreme slow motion, filmed at 1 million frames per second. The video visually demonstrates the physics of bullet penetration and deformation upon impact with a target.

This YouTube video showcases a hummingbird in extreme slow motion, captured at an impressive 38,000 frames per second. The title and description focus solely on the visual spectacle of the hummingbird's rapid movements and wing beats, highlighting the high-speed capture technology used. There is no mention or visual implication of firearms, ammunition, or related topics within the provided data.