World's First Wooden Satellite Launched Into Space
Post number #1032202, ID: f05f80
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The world's first wood-panelled satellite has been launched into space to test the suitability of timber as a renewable building material in future exploration of destinations like the Moon and Mars.
Named LignoSat, after the Latin word for wood, its panels have been built from a type of magnolia tree, using a traditional japanese technique without screws or glue.
Wood is more durable in space than on Earth because there's no water or oxygen that would rot or inflame it.
Post number #1032217, ID: 576a31
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The world had wood so large that it reaches to space? Gross.
Post number #1032219, ID: d1b87a
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ligma nuts
Post number #1032278, ID: f5cc60
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>>1032217 hmph please be sensitive of the world.
heeeeeey wooooorld ; ) I care about you
I'm surprised steel isn't renewable enough. Won't it still degrade from the sun?
Post number #1032378, ID: 5798d4
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Lickmaballlass
Post number #1032495, ID: 09e3bb
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Interesting design choice. I guess we'll see how it holds up under stress. With larger spacecraft, weight would be an obvious issue since wood is heavier than lightweight metals. It would also be useless for some space missions but at least we can save on sattalites bound for LEO or possiby small space probes.
Post number #1032505, ID: f0d60f
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>>1032495 I think one of the reasons they're testing wooden satelites is because it won't contaminate earth upon re-entry because burning wood is safer than burning a bunch of metal.
Post number #1032589, ID: f5cc60
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>>1032505 Oh! that makes a lot of sense.
Total number of posts: 10,
last modified on:
Tue Jan 1 00:00:00 1731204408
| The world's first wood-panelled satellite has been launched into space to test the suitability of timber as a renewable building material in future exploration of destinations like the Moon and Mars.
Named LignoSat, after the Latin word for wood, its panels have been built from a type of magnolia tree, using a traditional japanese technique without screws or glue.
Wood is more durable in space than on Earth because there's no water or oxygen that would rot or inflame it.