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Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

The origami tutorial of the Snapology ball starts with a high-end and domineering finished product with a gradient effect.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Strictly speaking, this ball is not considered origami, it should be counted as a piece of paper (?) The basic folding method is very simple, and there are many variations of the finished product, so let’s show the finished product first.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Come on with some contrasting colors.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

You can also add some flowers.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

It can be very mini.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Can also be very large.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

You can also use your imagination to create various shapes.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

First we need to prepare paper strips, as long as they are of the same width. Here we use 16 equal sections of A4 paper.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Cut into strips of paper.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Take two intersections.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Fold the top part back.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Fold the other strip back as well.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Keep folding and folding, as if you were making an origami spring.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

After opening it, we get two strips of paper with grids.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

What I folded is a ball composed of pentagons and triangles.

There are two types of modules that make up this ball, one is pentagon and triangle (the red paper I used), which are cut into 10 and 6 grids respectively (i.e. number of sides * 2)

The other is the connection module (green), which is the module used to combine pentagons and triangles. It requires 4 grids.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

The connecting modules are each bent in the same direction, and the structural modules are folded into triangles and pentagons.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

The assembly of the two modules is as shown above.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

Give you two reference data:

Basic style 1 is all triangular:

Structure module (triangle)=20

Connection module=30

Basic 2, pentagon and triangle:

Structure module: pentagon=12

Triangle=120

Connection module=210

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

The connection module here uses two colors, blue = 60 around the pentagon and green = 150 for the rest

The following is a semi-finished product, exactly half done.

Handmade origami Snapology ball. Illustration of steps to fold a sphere with paper strips.

You can complete the rest by yourself. Although it is a little complicated, it is actually not too difficult!