Creating complex parts in Fusion does not have to be a tedious process. This guide shows you a faster way to build a radial clip part by using simple shapes and the Extrude Intersect command. You will learn how to stack layers like a cake and use clever tricks to keep your designs easy to change. The Wedding Cake Method for 3D Modeling When you look at a part that is round but has different widths, you might think of using a revolve. However, there is a simpler way called the

Autodesk just added a powerful new tool to Fusion called Corner Closure . This feature lives inside the sheet metal functionality. It helps designers fix gaps between flanges that do not meet perfectly. In the past, closing these gaps required complex sketches or moving faces manually. Now, you can pick two edges and let the software do the work. This tool makes your sheet metal parts look better and stay ready for manufacturing. What is the Corner Closure Command? The Corner

Creating complex parts like a gear housing or clutch case can seem hard at first. You might try to use a simple revolve tool, but that doesn't always work. If your part moves from a circular base to a rectangular top, you need a different plan. This guide shows you how to use the loft command and guide rails to build professional 3D models in Autodesk Fusion. Getting Started with the Loft Command The loft command is the best way to connect two different shapes. To use it, you

Autodesk Fusion has added a powerful new tool into the Autodesk Assistant. This tool uses artificial intelligence (AI) to help you design parts faster. In the past, the assistant mainly searched for help documents. Now, it can actually perform tasks inside your design workspace. While the tool is currently in a tech preview, it already shows great promise for speeding up your workflow. You can ask it to create shapes, find specific features, or even change materials using sim

Creating moving parts in design software can feel tough. A four-bar linkage is a common mechanical setup used in everything from car steering to heavy machinery. You can even find this design on the retractable awning of an RV. This guide will show you how to build, constrain, and simulate a four-bar linkage inside Fusion. You will learn how to use joints and parameters to make your digital models move just like they do in the real world. Understanding the Four-Bar Linkage A

Using the hole command in Fusion is much better than just sketching circles and extruding them. This tool helps you create accurate holes for bolts, screws, and threads in seconds. It also makes your engineering drawings more professional by adding automatic notes. In this guide, you will learn how to use the various placement options, clearance settings, and threading features to improve your 3D modeling workflow. Getting Started with the Hole Command You can find the hole c

Learn how to build a complete kitchen cabinet using parameters in Fusion. This method allows you to change the size of your entire assembly by simply typing in different numbers. You will see how to create parts that talk to each other so that when the width changes, the doors and supports move with it. This guide covers everything from setting up your first variables to creating a finished look with 3D wood textures. Setting Up Your Core Parameters Before drawing any lines,

Creating complex movements in Fusion used to be a difficult task for many designers. If you had a part that needed to slide and rotate through a strange shape, standard joints often made that task difficult. You might have tried to use pin-slot joints or contact sets, but these sometimes didn't give you the result you needed. Now, there is a better way to handle these designs. A new tangent option inside the constrain components tool makes complex motion much easier to set