In a 1995 experiment a solar panel with this so called miura fold which appears to be divided evenly into a checkerboard of parallelograms when opened was unfolded on a japanese satellite called the space flyer unit according to nasa.
Miura fold solar panel.
Miura intended this fold for solar arrays and in 1995 a solar panel with this design was unfolded on the space flyer unit a japanese satellite.
Origami fold used by nasa to fold and deploy solar panels in space.
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But now with an emphasis on small satellites and large structures trease says arrays inspired by this fold could see renewed usefulness.
For instance large solar panel arrays for space satellites in the japanese space program have been miura folded before launch and then spread out in space.
In 1985 koryo miura a japanese astrophysicist proposed a method of folding a flat surface into a smaller area.
Koryo miura the astrophysicist who the miura origami fold is named for first worked on solar panels with origami designs in 1995.
In fact japanese astrophysicist koryo miura invented a fold named for him with solar panels in mind.
Now that astronomers are pushing for smaller satellites loaded.
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The miura fold or miura ori was used in japan s space flyer unit a satellite launched in 1995 and has influenced the development of other folds that allow materials to be packed into a compact shape and then unfold in one continuous motion.
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A folded miura fold can be packed into a compact shape its thickness reflecting only the thickness of the folded material.
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This folds paper or other materials in such a way that allows each section to remain flat which is a necessary condition for stiff materials like solar panels.
Despite this test the technology is still in its early stages.