![]() Next we're going to create the two top studs and practice using constraints. On the right panel, in the 'distance' field, specify 3.2 mm. Use the extrude tool and select the sketch area you just created. ![]() Since our corner was created at the origin, it is has enough constraints and ready for extrusion.Įxtruding adds a third dimension to our 2D sketch, making it a 3D object. Measure you bricks with your calipers - you will find the piece has a rounded length of 15.9 mm and a width of 7.8 mm. You have the option to specify box size when you create it, or you can use the dimension tool. Using the box tool, create a simple box of any size. In order to correctly size your sketch, dimensions are used to constrain it - we'll talk more about these later. ![]() By default, you have 3 planes (xy, yz, xz) that create your basic views: Front (xy), Top (xz) and right (yz). In Fusion, when creating a sketch, you choose which plane to create it on. When creating 3D models, a sketch is usually your first step. Step 1: Create a sketch and choose a plane For more advanced parts, you may need to find a video explaining how to use certain features, like lofts. ![]() Key phrases are in bold - if you need more information, Googing these words will help. I'll go through the basic process for modeling simple parts. If you're new to 3D modeling, this is a great introductory project since Lego bricks are pretty easy to model and assemble. ![]()
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