Chuông gió Cú kêu “Hooting Owl Wind Chime”

Updates

• 2026/05/14: Improved tip of the beak to avoid snapping off and added remarks to be careful when removing the support of the beak.

• 2026/05/11: Added video with more bonking and hooting

Description

The owls in this wind chime are real hooters!

When the wind blows lightly, you hear the soothing bonks as the striker hits the owls and when the wind picks up, they start to hoot. Watch the demos below!

Note: You must scale the base model of the owl to the desired size. In the image the heights are 14cm, 18cm and 22cm. The larger the owl, the deeper and richer the sound. You can also use the prepared 3mf files (for MK4 and beyond) for instant printing.

Demo Videos

Some bonking and a little bit of hooting

A lot of hooting and bonking

Here is the original (non-wind chime) model hooting

Print Settings

Use the prepared 3mf files for instant printing.

Owl

• You have to print three owls.

• Scale the base model to the sizes you want, at least 14cm height, at most 22cm height.

• Layer Height: 0.2mm

• Supports: only one needed at the tip of the beak; use an support enforcer and organic supports on the print bed

• Important: Be careful when removing the support from the beak!

Striker and Friends

• use at least 50% infill for the striker and sail.

• I recommend concentric infill for bottom and top layer

Assembly

• You need a about 1mm thick thread.

• Attach the thread to the left hanger of an owl, thread through one left hole (without beam) of the suspension platform and back again through the right hole. Attach to right hanger of the owl according to the height of your liking. Repeat for the remaining owls.

• Put a thread through the sail and fix with a knot. Then thread through the striker and put a knot at a height such that the striker can hit each of the owls. Thread through the middle of the suspension platform.

• Put a thread with a knot at the end through each of the remaining holes from the bottom in the suspension platform.  Balance the suspension platform and put a knot through all three threads and, e.g., fix them on a key ring.

OnShape Model

You can find the OnShape Model here, copy it and tinker around! Check the Variables Folder for some basic settings.