Project JULIUS

This robot is made from milk cartons. His name is Julius. The robot is created using the "collapsible cube" technology. This project uses elements of my previous projects: "Collapsible Cube", "Milky Rubik's Snake", "This Is the House Where Hamster Lives". All of these projects can be found on this site.

This craft is like a constructor kit, and the assembly is like a puzzle.

And the photo session turned into a balance game...

Paper milk carton with plastic neck

Сardboard toilet paper tube

As always, no glue is needed!

How to make this element, see "Milky Rubik's Snake" (Step 6)

How to make this element, see "Milky Rubik's Snake" (Step 7)

How to make this element, see "Milky Rubik's Snake" (Step 2). The resulting element "Basis" is cut in two in the middle.

The cardboard toilet paper tube is cut lengthwise. Rolls into a cylinder with a smaller diameter. The element can be strengthened by inserting the cap inside.

How to make this element, see "Milky Rubik's Snake". You may not need to make all the holes in the parts.

This element is very similar to PRIZM-90. It differs in that an equilateral triangle lies at the base (see attached stencil).

This is a new element.

This is a regular collapsible cube, but with holes for pins. One edge with a pin is reinforced with a spring washer. The other two edges are double-walled.

This element has two parts. The interior may be wrinkled during assembly. It is better to immediately outline the place of the fold. This element can have additional hole for a swivel joint. This hole is not shown in the picture.

This element is very similar to the previous one. No additional hole is required for this element.

How to make this element, see "This Is the House Where Hamster Lives" (Step 10-12). When making a part STAIRS, do not make the flaps.

This element is very similar to the previous one. Based on PRIZM-60. Has a decorative function. Can be replaced with PRIZM-60.

It is a decorative element.

This is a regular collapsible cube with two flaps.

This element is based on FORK-45. The lower part is slightly shorter.

This element is experimental. It performs a decorative function and may not be there.

The figure shows the FORK-45 hard joint to the HALF CUBE.

The figure shows how to connect FORK and HALF CUBE using a swivel joint.

The figure shows how to connect the FORKs using AXIS.