Here is a collection of 32 simple projects for novice origami hobbyists — clearly illustrated and with easy-to-follow instructions that even beginning papercrafters can follow with success. Subjects range from an ultra-simple hat, cup, and pinwheel to the more challenging (but still unintimidating) penguin, pelican, and piano.
Also included are the figures of a swan, lantern, cicada, pigeon, fox, rabbit, and other popular origami subjects. With the successful completion of these projects, origami hobbyists will be well on their way to mastering a fascinating art that’s as old as the invention of paper itself.
Great beginner book for little kids. Nothing fancy but simple and easy. It is so cheap too. If you add some origami paper, it makes an excellent and cheap gift for a child. For those who want to get into origami with a more challenging goal, this is more kid like. Although it is easy, for a child, an adult should help out with the steps.
Good, solid instructions. Be sure to purchase some origami paper when ordering this book, or you will be searching for the right paper. I didn’t realize it but origami paper has one white side, to aid in folding techniques–and I truly needed that assistance. This is fun.
Read Easy Origami (Dover Origami Papercraft)over 30 simple projects Books full online for free. Reading Easy Origami (Dover Origami Papercraft)over 30 simple projects full Books free without download online.
Easy Origami (Dover Origami Papercraft)over 30 simple projects Information
- Series: Dover Origami Papercraft ( Download PDF :
)
- ISBN-13: 978-0486272986
- Paperback: 48 pages
- ISBN-10: 0486272982
- Author : John Montroll
- Publisher: Dover Publications; English Language edition (October 5, 1992)
- Language: English
About the Author
Internationally renowned author John Montroll has significantly increased the origami repertoire with his original designs. Best known as the inspiration behind the single-square, no-cuts, no-glue approach, the American origami master presents meticulously developed folding sequences that result in better models with fewer steps.
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