Download CAD Project Files & Practice
Welcome to the Cademist Project Files hub! Here, you’ll find the CAD project files and resources used in my YouTube video tutorials. Download these files to model along with my videos, practice your skills, and deepen your understanding of CAD concepts. Each project is designed to help you follow my step-by-step guides and build your own impressive portfolio.
Acrobatic airplane
This project showcases the intricate 3D modeling of a high-performance acrobatic airplane using Onshape. On this page, you’ll find the detailed technical drawings used in its design. Download these essential resources below to study advanced aircraft modeling principles!
Mandalorian Helmet
Witness the intricate process of designing this helmet within this video. Download the accompanying drawings directly from this page. These assets are perfect for deepening your understanding of organic CAD forms!
Glider Airplane
Explore the complex 3D design of a sleek glider airplane. This page provides the complete set of technical blueprints from the tutorial. Click below to access these valuable learning materials!
Fixed Wing Drone
This project dives into the 3D modeling of a fixed-wing drone, uniquely utilizing FeatureScript for parametric design within Onshape. On this page, you’ll find all the essential reference images used in the tutorial. Download these resources below to explore advanced modeling techniques
Helicopter
This project showcases the detailed 3D modeling process of a helicopter. Here, you’ll find all the high-resolution reference images for download. Grab these resources below to practice your own modeling skills
Coke bottle
Model the iconic Coca-Cola bottle in CAD with this project’s downloadable files. Follow along with the video tutorial to master organic shapes and precise dimensioning for realistic results.
Classic Eyewear (Ray-Ban Style)
Model the iconic Coca-Cola bottle in CAD with this project’s downloadable files. Follow along with the video tutorial to master organic shapes and precise dimensioning for realistic results.
