Uploaded July 2026 | Updated September 2026, 2 weeks ago
Learn how to model a simple sheet metal die in Autodesk Fusion by reverse-engineering a real automotive bracket.
In this step-by-step tutorial, Bob Clagett (I Like To Make Stuff) walks through the complete workflow—from measuring a physical stamped part to creating a functional sheet metal die ready for manufacturing.
You’ll learn how to:
* Reverse-engineer an existing sheet metal part
* Calibrate reference images for accurate modeling
* Build sheet metal components in Autodesk Fusion
* Design the punch and die geometry
* Split tooling into manufacturing-ready components
* Add alignment features, clearances, and practical design considerations
Whether you’re a product designer, mechanical engineer, fabricator, or maker looking to improve your CAD skills, this tutorial demonstrates a practical workflow you can apply to your own tooling and sheet metal projects.
🎥 Check out Bob Clagett and subscribe to @Iliketomakestuff for incredible woodworking, fabrication, engineering, and maker projects. His channel is packed with creative builds and practical techniques for creators of every skill level.
👍 If you enjoyed this tutorial, like the video, subscribe, and share it with other engineers, designers, and makers.
Get Started with Autodesk Fusion
► FREE TRIAL: https://autode.sk/3Wtfi20
► SUBSCRIBE: https://autode.sk/30njGGX
► GET STARTED: https://autode.sk/30k2DWh
► TRY AN EXTENSION: https://autode.sk/3EOUidW
Connect with Fusion
Instagram: https://autode.sk/2Enzh8P
X (Twitter): https://autode.sk/45cIYTK
LinkedIn: https://autode.sk/3UyieZS
Facebook: https://autode.sk/3WaaZLb
Learn how to model a simple sheet metal die in Autodesk Fusion by reverse-engineering a real automotive bracket.
In this step-by-step tutorial, Bob Clagett (I Like To Make Stuff) walks through the complete workflow—from measuring a physical stamped part to creating a functional sheet metal die ready for manufacturing.
You’ll learn how to:
* Reverse-engineer an existing sheet metal part
* Calibrate reference images for accurate modeling
* Build sheet metal components in Autodesk Fusion
* Design the punch and die geometry
* Split tooling into manufacturing-ready components
* Add alignment features, clearances, and practical design considerations
Whether you’re a product designer, mechanical engineer, fabricator, or maker looking to improve your CAD skills, this tutorial demonstrates a practical workflow you can apply to your own tooling and sheet metal projects.
🎥 Check out Bob Clagett and subscribe to @Iliketomakestuff for incredible woodworking, fabrication, engineering, and maker projects. His channel is packed with creative builds and practical techniques for creators of every skill level.
👍 If you enjoyed this tutorial, like the video, subscribe, and share it with other engineers, designers, and makers.
Get Started with Autodesk Fusion
► FREE TRIAL: https://autode.sk/3Wtfi20
► SUBSCRIBE: https://autode.sk/30njGGX
► GET STARTED: https://autode.sk/30k2DWh
► TRY AN EXTENSION: https://autode.sk/3EOUidW
Connect with Fusion
Instagram: https://autode.sk/2Enzh8P
X (Twitter): https://autode.sk/45cIYTK
LinkedIn: https://autode.sk/3UyieZS
Facebook: https://autode.sk/3WaaZLb
