Sunday, August 2, 2009


I have been exploring the use of connected carrier modules over the last several weeks. I have progressed from kusdamas through quilts (more later) and onwards. Here is today's experiment: a box made from connected carrier module "quilt squares".

I filled the carrier window pockets with four interleaved triangles. This gives the effect of four diamonds inside each window. I covered the connecting holes at the base with "feet". I added a strengthening and cosmetic insert to the back hinge (the lid). Finally, I added a knob on the top.

Although it looks complicated, most of the elements of this box are easy to fold and to assemble. The most difficult element are the legs, not because they are difficult to fold but because they are tricky to attach to the base.

I used different colors to emphasize the elements although I think the box would work better with fewer colors. A more sophisticated model might use gold paper for the knob and the feet.

The box is a little heavier than most because of the multiple layers of paper. On the other hand it is very sturdy.

I may change the closure technique in the next model to make it more secure. In this model the lid is tucked in between the wall sections and remains closed through friction. I would be more robust if it were folded over something on the walls of the box. I will experiment some more.

In this model there are small air holes around the edges of the lid. Perhaps I could modify the "legs" and add them around the edges of the lid. Finding a way to connect them firmly and still allow the lid to open will pose a challenge.

All the modules are from squares, with the exception of the legs which are made from half squares.

This was a "proof of concept" box along the way to making larger boxes with multiple quilt squares on each side. I have already discovered how to connect flat modules together firmly in large sheets and connect kusudamas together in a variety of angles. The main challenge in cubic 3D box construction was how to strengthen and hide the corner holes. After several failed attempts I finally came up with something that works, is relatively simple and looks decorative. Unfortunately this works on the corners of the base but not on the corners of the lid.

The technique should permit me to make rectangular box shapes as well as cubic ones like this sample. This is useful because rectangular shaped modular boxes are rare in the origami literature.

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