This video delves into the history and production of the Sten MkIII submachine gun, focusing on the unique role of Lines Brothers, a children's toy company, in its manufacturing. It highlights how their engineering expertise and existing machinery allowed for a rapid and cost-effective redesign, replacing the traditional receiver with a rolled and spot-welded sheet steel component. The video details the production volume, contracts, and eventual discontinuation of the MkIII in favor of the MkII as British needs were met. It also thanks the Royal Armouries for access to their firearms collection for filming.
This video showcases a custom-built "Dragon Bike" constructed by the creator in 1967. The bike is described as being made from sheet metal and Bondo, with the creator having built 17 unique variations since its inception. The description highlights the Shovelhead motor, detailing its 98 cubic inch displacement, specific stroke and bore measurements, Andrews C grind cam with a 525 lift, ported and flowed heads, and a 44mm S&S carburetor. The creator emphasizes the motor's power and its ability to perform impressive wheelies due to the bike's rear-heavy design, with a personal record of a block-and-a-half wheel stand. The video also includes a link to merchandise.
This YouTube video appears to be a firearms-focused comparison titled "9mm vs 10mm vs sheet metal." The description includes links to the creator's website and Instagram, suggesting a channel dedicated to firearm content. Given the title, the video likely involves testing or demonstrating the effectiveness of 9mm and 10mm ammunition against sheet metal, potentially as a form of ballistics testing or a comparative performance evaluation.
This YouTube video, titled "9MM VS 380 VS SHEET METAL - GLOCK 43 VS GLOCK 42," focuses on a comparison of two popular Glock pistol models, the G43 and G42, chambered in 9mm and .380 ACP respectively. The title also suggests testing their effectiveness against sheet metal, implying a ballistics or penetration aspect to the comparison. The description provides links to the creator's website and Instagram. Based on the title, the video likely involves a direct comparison of these firearms and their ammunition capabilities.
This YouTube video title, '357 MAGNUM VS 38 SPECIAL VS SHEET METAL', suggests a comparative ballistic test. The video likely explores the performance of .357 Magnum and .38 Special ammunition when fired through sheet metal, likely to demonstrate penetration capabilities or deformation. The presence of a website and Instagram link in the description indicates the creator is likely a content producer in the firearms niche, possibly focusing on ballistics, terminal effects, or general firearm performance testing. The content appears to be aimed at enthusiasts interested in understanding ammunition performance in practical scenarios.
This video explores the ballistic capabilities of .50 BMG ammunition by testing its penetration through various thicknesses of sheet metal. It aims to determine how many layers of sheet metal are required to stop this powerful rifle round. The content is likely to appeal to firearm enthusiasts interested in ballistics, material science, and the performance of heavy caliber firearms.
This YouTube video, titled "357 MAGNUM REVOLVER VS SHEET METAL," likely features a dynamic demonstration of a .357 Magnum revolver's penetration capabilities against sheet metal. Given the title and the provided links to the creator's website and Instagram, the content is expected to be a visual test or comparison, showcasing the power of this particular firearm and caliber. The description provides links for further engagement with the creator's content.
This YouTube video features a WALTHER P22 pistol chambered in .22LR being tested against sheet metal. The title suggests a destructive testing or durability comparison. The description includes links to the creator's website and Instagram, indicating a focus on content creation and potentially firearm-related product promotion or demonstrations.
This video conducts a barrier penetration test on Hornady Critical Duty 9mm ammunition, comparing its performance against sheet metal and wood before testing in ballistic gel. The reviewer also includes a comparison test with 147gr Gold Dot ammunition. The goal is to assess the claimed superior barrier penetration capabilities of the Critical Duty round for defensive handgun use. The reviewer expresses anticipation that the findings may be surprising.
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