Videos tagged with CAD Design

This video showcases the Gunwerks experience from the perspective of a long-term customer, Matt Carrey. It highlights the brand's commitment to functional design, meticulous manufacturing processes using CAD, and attention to hunter-specific needs, including their in-house reloading capabilities for calibers like the .375 H&H Mag. The emphasis is on quality and thoughtful engineering over mere aesthetics.

This video details the rapid, remote design process for a custom firearm intended for the movie "Bullet Train," specifically for actor Brad Pitt. The designer worked with a team via phone and CAD software, making iterative changes under a tight deadline to create a unique 2011 pistol variant.

This video discusses the concept of 'winning' on YouTube from the perspective of firearms content creators. For some, winning means accumulating and disseminating obscure firearms knowledge, essentially building a historical encyclopedia. For others, it involves inspiring viewers to pursue technical fields like CAD design and engineering, or simply enjoying the experience of traveling, shooting internationally, and engaging with the community.

Lucas Botkin announces his departure from T.Rex Arms and outlines ambitious plans for new ventures. He is launching a defense R&D company focused on specialized nylon gear and tactical accessories, alongside a US-made men's performance apparel brand. Botkin aims to support domestic manufacturing and compete with high-end brands through a direct-to-consumer model.

This video highlights the engineering process at Tenicor, focusing on the end-to-end creation of holsters. It emphasizes a hands-on approach where engineers are involved in both the design and manufacturing phases, blurring the lines between desk work and practical building. The description suggests a comprehensive workflow from concept to a finished product.

This video details the innovative, largely CNC-free manufacturing process for the JLC-24 rifle, designed by Justin and presented by Mark Serbu. It highlights the use of CAD, 3D printed router guides, laser-cut steel, and manual milling to create a functional firearm inspired by the Sturmgewehr. The process emphasizes accessible fabrication techniques for advanced DIY gunsmiths.

This video explores advanced CAD techniques for firearm component design, focusing on remixing existing designs and parametric vs. surface modeling workflows. Unseenkiller demonstrates how to leverage STEP files, create design blanks, and utilize tools like Fusion 360's surface modeler and edit face tool for complex modifications. The discussion highlights the trade-offs between parametric precision and the flexibility of surface modeling for rapid iteration and design adaptation.

This video, featuring Chairmanwon and Hoffman Tactical, delves into advanced CAD surfacing techniques for firearm design, focusing on creating complex, organic shapes for improved ergonomics. It contrasts traditional solid modeling with surfacing, explaining how surfaces, though initially without thickness, allow for greater design freedom and intricate geometries. The discussion highlights specific tools and workflows in SolidWorks and Solid Edge, emphasizing the importance of surfacing for achieving ergonomic features that are difficult or impossible with basic extrusion methods. The presenters demonstrate how to build complex surfaces from sketches and guide curves, and then integrate them into final models using operations like thickening, Boolean subtraction, or face replacement, ultimately enabling more refined and user-centric firearm designs.

This video provides an expert-level look into the design and function of a custom semi-automatic revolver, a unique build originating from New Zealand. Mark Serbu, a professional gun designer, details the firearm's mechanics, drawing parallels to historical designs like the Webley-Fosbery and Mateba Autorevolver. The build showcases advanced machining and CAD work, culminating in a firing demonstration of its recoil-operated slide and cylinder indexing system.

This YouTube Short showcases the CNC machining process used to create performance-oriented holsters by Tenicor. The description highlights the use of proprietary CAD designs and precision-machined tooling, emphasizing the company's commitment to quality and functionality in their holster manufacturing. It also provides links to Tenicor's online shop and social media profiles.

This YouTube Shorts video from Tenicor showcases the manufacturing process of their custom tooling for firearm holsters. The description highlights that Tenicor holsters are designed using proprietary CAD software and precision CNC machining to ensure a positive and secure fit. The video provides a glimpse into the creation of these essential holster components, emphasizing the brand's commitment to quality and precision engineering in their holster production.

This YouTube video provides a tutorial on how to make quick and simple frame length modifications using Fusion 360. It focuses on the technical aspects of design software and altering dimensions, which is applicable to various modification projects.