Results from Zero-Gravity Model Testing
I could not get my zero-gravity mechanism to work, since there was a design flaw in my original design that prevented my new mechanism to work. On my old design, the flywheel actually rotates further down that what I anticipated due to the heavy weight attached to the flywheel, and so this extra weight was not accounted for when I was creating my design. My new structures ended up being too far away from the flywheel to make the magnetic fields come in contact with the magnetic fields of the flywheel. However, with this new knowledge, I did come up with an idea of how, in the future (with stronger, industrial magnets and stronger 3D printing material), I could get the design to work, with a structure that surrounds the flywheel rather than only having a set of magnets on the top and bottom. The reason I mentioned the 3D printing material is that one of my structures actually broke while I was assembling the magnets into it, and I had to use glue to repair the design so I could test it. Hopefully, with the knowledge that I got from this test and this project, I will be able to use this research to propel my next year's science fair project forward.
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