Tutorials

6 0 Beginner
This video details the rapid design process for a high-efficiency wing using minimal steps in CAD.First, we import the exact coordinates of a high-efficiency airfoil from a profile generator, creating a critical closed profile line—the essential starting point. Next, we define the entire geometry by establishing simple horizontal planes at the wing root and the tip. Finally, we use the powerful Loft feature to connect these profiles, mathematically generating the complex wing surface. This efficient technique allows us to define a large, high-performance wing quickly while maintaining the precision needed for a 900 gram MTOW target.

1 0 Beginner
The Axis System in CATIA (typically referred to as the Current Axis System, or CAS) is perhaps the single most foundational element in any design. It's not just a visual reference; it's the mathematical anchor for every piece of geometry you create. Understanding why it's critical is key to moving from simple part design to complex, multi-component assemblies. The Role of the CATIA Axis System The Foundation of Parametric Modeling CATIA is a parametric modeling software, meaning that all geometry is defined by relationships, not just absolute coordinates. The Axis System provides the origin (0,0,0) and the orientation (X, Y, and Z directions) that defines these relationships.

1 0 Beginner
The Combine feature in CATIA’s Generative Shape Design (GSD) workbench is an essential tool for shaping, refining, and controlling surface geometry. It allows designers to merge, intersect, or trim surfaces in order to create smooth transitions and unified shapes. This feature is particularly valuable in industries that rely on complex surface modeling—such as automotive, aerospace, and industrial design—because it provides the precision needed to form continuous and aesthetically consistent surfaces.

0 0 Expert
This project showcases a detailed 3D model of a bolt cutter created for visualization and rendering purposes. Modeled in Autodesk Fusion 360, it highlights realistic proportions, accurate mechanical details, and clean surface finishes. The design focuses on the tool’s structure and joint mechanism, suitable for presentation or rendering practice.