Design a Christmas Ornament in Fusion 360




About: Vladimir Mariano is the founder of and instructor of the online course Designing for 3D Printing with Fusion 360. He is cofounder and president of the Fairfield County Makers’ Guild, a...

The most wonderful time of the year can be made even more wonderful by designing and 3D printing your own ornaments. I’ll show you how you can easily design the ornament in the above picture using Fusion 360. After going through the steps below, make sure to watch the video to tie it all together.

The stl file for this design can be downloaded here. Use the promo code "FREESTL" to download it for free.

Step 1: Create the Profile Sketch

Click on Sketch - Create Sketch, select the vertical plane and sketch the following profile. Use the line tool to create the vertical line from the origin and give it a dimension of 80mm. Create another line from the base of the first line at the origin 5mm to the right. Finally use the Three Point Arc to connect the edge of the second line to the top point on the vertical line. Give the arc a radius of 50mm.

Step 2:

Next we’ll take that profile sketch and use the revolve tool to create a solid body. Select Create - Revolve from the toolbar. Click on Profile in the dialog box and select the profile sketch. For Axis, click on the left edge of the sketch. This will revolve the sketch 360 degrees and give you the above shape. Click ok on the dialog box.

Step 3: Shell

We want the body we just created to be hollow on the inside so we’ll use the Shell tool. Select Modify - Shell and for Faces/Body select the bottom flat surface of the body. Give it an inside thickness of 5mm and set the Direction to inside. Click OK. It looks as if nothing happened from the outside so let’s create a section analysis to take a look at the inside.

Step 4: Section Analysis

Click on Inspect on the toolbar and select Section Analysis. Toggle on the light bulb next to Origin located under the Browser on the left hand side of the screen. Select the vertical plane and click ok. This creates a section view through our part so that we now can see the result of the Shell command. To turn off section analysis simply toggle off the light bulb next to Analysis under the Browser.

Step 5: Sketch a Spline Curve

Create a sketch on the midplane of the body we created and sketch the above spline curve. Use the offset tool to offset the spline by 5mm. Click on Stop Sketch.

Step 6: Extrude As Intercept

From the toolbar select Create - Extrude. Select the spline profile. Drag the blue arrow out so that it extrudes through the body we created earlier. For operation choose Intersect and click ok. This leaves us with a new body that is only the intersection of the spline profile and the shelled portion of our first body.

Step 7: Circular Pattern

Let’s use the Circular Pattern tool to pattern the new body we created. Go to Create - Pattern - Circular Pattern. Choose Bodies as Pattern Type and select our new body as Objects. Choose the vertical axis as Axis and enter a quantity of 8. Click ok and you should see eight bodies in a circular pattern.

Step 8: Join Into One Body

Create a sketch at the base of the patterned bodies and draw a Center Diameter Circle with a diameter of 10mm. Extrude the circle out 5mm and select Join as the Operation. This will result in all 9 bodies combining into one.

Step 9: Create a Hole for Hanging

Create a 4mm circle through the last extruded cylinder and extrude a cut to make a hole for hanging your ornament. 3D Print and enjoy! Note in the pic above I also modeled a brim at the base to help the model stick to the build plate while printing. This can simply be removed after printing.

Step 10: Video of Steps

Watch the video above to see a step by step tutorial of the design. To learn how to design with Fusion 360, visit for in-depth tutorials and design courses.

The stl file for this design can be downloaded here . Feel free to 3D print and compare it with your design.



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    6 Discussions


    Question 5 weeks ago on Step 6

    I think you left out the "filet" part between 6+7.
    Nice tutorial. This "intersect" method is a creative way of building.

    1 answer
    Desktop Makesdoncore

    Answer 5 weeks ago

    You are correct. There is a 1mm fillet in there.


    Thanks Penolopy. Yes, I forgot to post the stl link.
    The stl file for this design can be downloaded here. Use the promo code "FREESTL" to download it for free.