Videos tagged with 3D Modeling

This episode of Dangerous Liberty Podcast reviews the UVU trip, focusing on the Charlie Kirk shooting incident. The host debunks claims of AI-generated surveillance footage, provides a detailed walkthrough of the UVU campus to analyze the shooting location, and discusses the challenges of creating a 3D model of the scene. The episode also touches on the importance of open discourse, the complexities of investigation, and the need for improved security protocols.

This video discusses the need for precise geospatial data to accurately analyze ballistics and trajectories, particularly in relation to specific events or locations. The speaker, Gary from Paramount Tactical, highlights the limitations of current data sources like Google Earth and announces a trip to UVU to collect more accurate data, which will be shared publicly in a 3D model. He also seeks collaboration with individuals at UVU and viewers for suggestions and assistance.

The video details the host's initial experience with a Snapmaker 2.0 3D printer, focusing on creating custom wheel caps with a monarch logo. He discusses the learning curve, filament choices, and post-processing techniques like sanding. The host also touches on the potential for 3D printing various custom parts and accessories, highlighting the creative possibilities and challenges of the technology.

This video debunks common narratives surrounding the Trump assassination attempt by presenting new drone-based surveying footage and 3D modeling of the Butler Farm Show site. It specifically addresses the positioning and line of sight of counter-sniper teams relative to the shooter's location and the victim's position, highlighting how deceptive visual perspectives can lead to misinformation. The analysis emphasizes the importance of accurate elevation data and spatial understanding in understanding ballistic trajectories and debunking conspiracy theories.

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 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 explores the fundamentals of Computer-Aided Design (CAD) using Fusion 360, drawing from the 'Mastering Fusion 360' book. It covers basic sketching, extrusion, revolution, and introduces concepts like parametric modeling, constraints, construction lines, and the transition to surface modeling. The discussion highlights the software's capabilities for 3D printing design and compares its workflow to SolidWorks, emphasizing the learning curve and the value of structured learning resources.

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 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 demonstrates the creation of a flat, 2D anime-style character model within 3D modeling software, highlighting that the character lacks depth and is not a true 3D object. The content satirizes the concept of a 'waifu' by presenting a digitally constructed, non-physical representation.

This video showcases three Sikh artifacts—a Quoit turban, a shield, and a helmet—rendered in stunning 3D by the Royal Armouries in collaboration with The Sikh Museum Initiative. The video features Natasha Bennett (Curator of Oriental Collections), Gurinder Singh Mann (historian and Director of The Sikh Museum Initiative), and Taran Singh (3D expert and designer). They discuss the history, cultural significance, and the advanced 3D scanning process used to make these objects accessible to a wider audience in a virtual museum. The presentation highlights cutting-edge techniques in digitizing historical arms and armour.

This guide details the process of creating custom Kydex holster molds using 3D scanning and modeling techniques, as demonstrated by Isaac Botkin from T.REX ARMS. It covers capturing firearm geometry with a 3D scanner, cleaning and rebuilding mesh data in software like Lightwave 3D, and preparing the model for CNC machining. The emphasis is on achieving precise fit and function for high-quality holsters.