This YouTube video showcases the "JLC-24 Rifle," highlighting its creation through CAD, inexpensive tools, and clever design. The title and description emphasize the innovative and resourceful nature of its production, suggesting a focus on custom builds and DIY firearm projects.
This YouTube Shorts video showcases the ongoing design process for an AR lower receiver, indicated by the title "AR Lower Design In Progress" and the use of hashtags like #cad and #design. While no specific firearm model or caliber is explicitly mentioned, the focus on AR lower design strongly implies a connection to the AR-15 platform and the related fields of firearm engineering and manufacturing.
This YouTube video features "The 3D Print General" as he navigates Fusion 360 (F360) for the first time. The stream is dedicated to observing his learning process and sharing any tips he discovers along the way. The content suggests a focus on the practical application of 3D modeling software, likely for design or fabrication purposes related to the channel's audience.
This YouTube video, "3D2A CAD Design with Chairmanwon," focuses on advanced Computer-Aided Design (CAD) for firearm components, featuring Chairmanwon. The content centers around the technical and design aspects of creating gun parts using CAD software.
This video provides an introductory guide to designing and implementing built-in supports for 3D printing, specifically within the context of firearm lower receiver designs. The creator outlines fundamental techniques for creating custom integrated supports, covering aspects such as controlled bridging, support stubs, overall support structure, line width considerations, detailed support structure design, and overhang management. A specific application is demonstrated with "Glock Support." The focus is on enhancing 3D printing success for complex firearm components.
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.
This video explores the feasibility of 3D printing an AK-47 receiver. While technically possible to print and assemble, the video emphasizes the significant risks and unreliability, advising against relying on 3D printers for this purpose. It covers the process from CAD design to the build and firing, highlighting why it's likely not a viable or safe method for creating an AK receiver.
This video, "Starting the AK-50 V3 - Gun Life #28," by Brandon Herrera of The AK Guy Inc., marks the beginning of the V3 iteration of the AK-50 rifle. Building upon lessons learned from the V1, the focus shifts to completing the CAD design and commencing the physical build. Herrera, a 07 Firearm Manufacturer and designer of the AK-50, aims to document his entrepreneurial journey, sharing insights into business growth, successes, and failures. The video also highlights his other ventures and social media presence, inviting viewers to follow his progress and analyses.
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