[postlink]
https://tutorialfunnyvideos.blogspot.com/2014/09/how-to-make-paper-airplane-that-flies.html[/postlink]
http://www.youtube.com/watch?v=GdZiesdZXbAendofvid
[starttext]
How to make a Paper Airplane that Flies Far - Origami Tutorial
[endtext]
The Swallow or Martin paper airplane in this tutorial is my creation: This origami airplane with a magnificent design was not always flying the way I wanted - so I thought about making little changes to increase the abilitiy to fly stable and further than the default version: This video teaches the result of my modification.
Due the shown test flights you can count on the fact that this paper airplane is guaranteed airworthy: It flies far, straight and fast!
Used Paper Size:
Use any type of European DIN A4 - 80 g/m², 29 cm x 21 cm - that is ordinary office paper used for the printer or copier. The paper should not be heavier or lighter than the given 80 g/m² - Feel free to experiment and if you do, please comment your experiences!
Guide and tips for folding:
The instructions are shown step by step and important and difficult steps are explained in detail (Activate annotations for explanations!).
I recommend to process all steps mentally before starting to fold. The lines created by the folds have to be used for orientation during folding the next steps. All folds have to be extremely symmetrical! Always smooth the paper to prevent waves.
Guide and tips for throwing:
You have the most beautiful flight performance on dry and windless days: Unfortunately paper is very susceptible to moisture and powerless against wind.
Just as there are different grips and swings in golf, each paper airplane must be held and thrown in the right way as well. In general, the best grip position is the center of gravity. Nevertheless, it is important to try different grip positions to get the best result possible.
In order to achieve the desired flight effect, it is necessary that the paper plane is thrown with different intensities (lightly, hard..) and in different angles (often between 30° and 45°).
Only a paper airplane, that is precisely folded and thrown in the correct way, will reach its maximized ability to overcome larger distances.
[starttext]
How to make a Paper Airplane that Flies Far - Origami Tutorial
[endtext]
The Swallow or Martin paper airplane in this tutorial is my creation: This origami airplane with a magnificent design was not always flying the way I wanted - so I thought about making little changes to increase the abilitiy to fly stable and further than the default version: This video teaches the result of my modification.
Due the shown test flights you can count on the fact that this paper airplane is guaranteed airworthy: It flies far, straight and fast!
Used Paper Size:
Use any type of European DIN A4 - 80 g/m², 29 cm x 21 cm - that is ordinary office paper used for the printer or copier. The paper should not be heavier or lighter than the given 80 g/m² - Feel free to experiment and if you do, please comment your experiences!
Guide and tips for folding:
The instructions are shown step by step and important and difficult steps are explained in detail (Activate annotations for explanations!).
I recommend to process all steps mentally before starting to fold. The lines created by the folds have to be used for orientation during folding the next steps. All folds have to be extremely symmetrical! Always smooth the paper to prevent waves.
Guide and tips for throwing:
You have the most beautiful flight performance on dry and windless days: Unfortunately paper is very susceptible to moisture and powerless against wind.
Just as there are different grips and swings in golf, each paper airplane must be held and thrown in the right way as well. In general, the best grip position is the center of gravity. Nevertheless, it is important to try different grip positions to get the best result possible.
In order to achieve the desired flight effect, it is necessary that the paper plane is thrown with different intensities (lightly, hard..) and in different angles (often between 30° and 45°).
Only a paper airplane, that is precisely folded and thrown in the correct way, will reach its maximized ability to overcome larger distances.
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