The timber satellite has been built by researchers at Kyoto University and the logging company Sumitomo Forestry in order to test the idea of using biodegradable materials such as wood to see if they can act as environmentally friendly alternatives to the metals from which all satellites are currently constructed.

  • @[email protected]
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    367 months ago

    Ngl that’s a really interesting idea.

    Also, there’s a typo in the article. They call it both “LignaSat” and “LignoSat,” but I’m reasonably confident the actual name is “LigmaSat.”

  • Zellith
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    7 months ago

    I mean… Wooden satellites or no, it’s still polluting space if it it doesn’t deorbit within a reasonable time frame.

    The pollutants generated upon reentry are a drop in the ocean compared to big oil and Taylor swift.

    • @[email protected]OP
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      177 months ago

      According to the article, the alumina (?) from satellites burning up depletes the ozone layer.

      Or it could be marketing from a timber company. 🤷‍♂️

    • livus
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      37 months ago

      @gaael hey cool, hadn’t seen that game!

      OPs article reminds me of the original draft for Alien 3 which was apparently set on a monastery planet made out of wood.

  • @[email protected]
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    117 months ago

    This doesn’t seem to be space junk type pollution which is what space pollution is usually talking about. I guess this would be too minimize upper atmosphere metallic particles over the ocean? I haven’t heard of that being an issue, but maybe if there were many times more satellites than there are today it would become an issue?

    • threelonmusketeers
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      37 months ago

      Yeah, this is to reduce atmospheric pollution when satellites deorbit, which is a separate problem from ensuring satellites deorbit in the first place. I hadn’t heard that being an issue, but can see how it could be once the first generation of megaconstellation satellites (Starlink, Kuiper, and Guowang) reach the end of their life.

      Incidentally Japan + Rocket Lab just launched a spacecraft to collect data for future orbital rendezvous and deorbit missions.