Videos tagged with High-Speed Video

Mark Serbu discusses the potential revival of his SU-5 firearm design, originally conceived over a decade ago. He details modifications made to the CAD model, specifically shortening the ejection port by 3/8 of an inch to prevent the bolt carrier from jumping the gap, a modification aimed at improving reliability. The video also showcases high-speed footage of the SU-5's operation, including gas expulsion during suppressed firing.

Mark Serbu demonstrates a 3D-printed fixture designed to test various magazine catch positions for blowback-operated pistols. The fixture allows for precise adjustments in both vertical and horizontal planes, enabling the user to find the optimal position for reliable feeding. By incorporating weight into the simulated bolt, the fixture helps analyze the momentum required for successful chambering, with high-speed video used to observe the feeding dynamics.

This YouTube video delves into the physics behind the "BUTT-MASTER" firearm, specifically observing its striker rebound on high-speed video. The creator shares their surprise at this phenomenon, having owned the firearm for years without noticing it. The description also touches on a "conspiracy theory" aspect regarding how the Canadian government became aware of the BUTT-MASTER, promising a simple explanation. The content appears to blend technical firearm analysis with a lighthearted exploration of a specific firearm model and its associated narrative.

This video offers a high-speed visual analysis of the M1 Carbine's action, specifically examining IBM and Rock-Ola variants. It utilizes slow-motion and high-frame-rate footage (up to 8,000 frames per second) to observe the cycling of the firearm and the behavior of unburned powder during firing. The content is aimed at enthusiasts interested in the mechanical intricacies of classic firearms.

This YouTube video provides an update on the "Pistols of the Warlords" project, highlighting its successful Kickstarter campaign and upcoming stretch goals. The update reveals new Warlord profiles, custom headbands, and a unique addition of period-appropriate Shanghai-themed cocktails to be included with the books. Further stretch goals include additional maps of the Clique Wars and exciting high-speed video testing of Warlord-era pistols, specifically mentioning the 7.63mm Mauser, to examine their firing characteristics.

This video reviews the RN-12 Shotgun Pistol, a registered Any Other Weapon (AOW) chambered in 12 gauge. The presenter, Mark Serbu, highlights its unique construction and impressive performance, particularly the large fireball and significant recoil. The review features high-speed footage to capture these effects, with guest Richard Nunnsuch demonstrating the firearm.

This high-speed video tests the terminal performance of Hornady 6.5mm Grendel American Gunner 123gr OTM ammunition fired from a 16" AR-15 into calibrated 10% ordnance gelatin. The test measures penetration, retained weight, and expansion, providing detailed data on projectile performance. The video also highlights the use of high-speed camera technology from Aimed Research and promotes TNVC and ARFCOM's merchandise.

This video tests the terminal performance of 7.62x39mm Hornady Black 123gr SST ammunition fired from a Romanian WASR 10/63 into calibrated 10% ordnance gelatin. The test captures high-speed video to analyze penetration, retained weight, and expansion characteristics of the projectile. The description highlights the rarity of premium, domestically produced defense loads for this caliber and notes the Gadsden flag branding on the ammunition box.

This video presents a high-speed camera analysis of the terminal performance of Hornady Custom 123gr SST ammunition in 6.5mm Grendel. The test involves firing the rounds into calibrated 10% ordnance gelatin from a 12-inch AR-15 platform. Detailed metrics on penetration depth, retained projectile weight, and expansion diameter are provided. The video also includes velocity data from multiple shots, highlighting average, minimum, maximum, and standard deviation. Links for Aimed Research's services, an Arfcom discussion thread, and social media channels are included.