Create figurines from paper on the technique of three-dimensional origami will help you the proposed scheme

Create figurines from paper on the technique of three-dimensional origami will help you the proposed scheme

Volumetric origami kusudama has become a favorite hobby forchildren and adults. In this case, it is enough to master the assembly of basic modules and the technology of their connection, as three-dimensional figures will delight with their beauty and uniqueness of color and technical solutions. Perspective on history The art of origami has a long history. It takes its origins in Japan. From the moment of development of this creativity, it was exclusively the prerogative of the nobility. Only after many years it became the property of the whole public. Volumetric origami kusudama was especially popular. It allowed to create three-dimensional flower modules. Healing figures were placed inside such figures, which made kusudama a talisman against diseases. Assembly technique Today I would like to move away a little from the classic kusudama with floral motifs and offer something original - volumetric origami kusudama "Electra". A photo of this model is shown below.3D origami. Photo №1Well, it's time to talk about what is necessarymaterial. To create the figure, you will need 30 square sheets of the same size. For ease of working with the material, select the optimal sheet size of 7 by 7 cm. A glue stick will come in handy for assembling the modules. That's all you need to prepare at the initial stage of the work. And now directly about the manufacture of the modules. Place the prepared sheet of paper in front of you and mark the lines on it, as indicated in point 1 of the diagram below.3D origami. Photo # 2The bottom and top corners must be alignedthe middle point, with the sides bending inwards. How to do this is shown in the same diagram in point 2. Now we take the second diagram as a guide to action.3D origami. Picture №3It is necessary to bend the corner of the figure on the right side,as recommended in point 3. Then this angle returns to its original position, and, following points 4 and 5, bends inward. The resulting figure must be turned over and all the actions indicated in the third diagram must be completed.3D origami. Photo №4Points 6 and 7 show how to deal with otherscorners. Under number 8 it is shown schematically how to throw the left side to the right and vice versa. The upper layers of the module are also subject to bending, as indicated in point 10 of the fourth diagram presented.3D origami. Photo №5Then the figure is turned over to the other side. In assembling the module we proceed to the last, fifth scheme.3D origami. Photo №6The top and bottom points of the figure coincide, the corners,which were bent at the stage of execution of the 10th point, are tucked inside. As a result, we get a module with a paired number of regular and bent ends. This is only the beginning of the work. Similarly, you should assemble the remaining 29 blanks, only then proceed to assembling the entire product. The technique of assembling modules involves inserting the long ends of one blank into the resulting pocket of another. The first ring of the figure consists of five elements. To increase the strength of the product, it is necessary to glue the joints. As a result, you will get a figure, the photo of which is presented at the beginning of the assembly technique. A good result always becomes an incentive to continue creative activity.

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