Added: 4 years ago
From: Blueskyh2o
Views: 1,140
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  • Consider your device measurable at 360 degrees your rotor is at 0 and 180 degrees. Try offsetting one side by 15 degrees then match the rotor offset for equal weight distribution on both sides.

  • Is there any way you can support the center shaft and crossbar for less wabble? Seems like you have the right setup,,, just needs to be more secure.

  • Those speaker magnets are better IMO because it adds more weight to the shaff.. It acts like some sort of buffer. The rotation causes some bursts of energy that you need to keep the movement from going on. I see it like that.. ,while you are magnetically pushing the shaft, there is some kinetic energy getting stored in the mass contained in the shaft (magnets weight). When that magnetic push stops (in between gates), that kinetic energy depletes but it keeps on the movement (for what it can).

  • Your videos are awsome. Very brilliant.

  • Would be hopeless, a bedini-hamel gate reveals to be a perfect simetric gate (just like the triforce gate), uphill equals downhill, no shift will help or even a third plane, it will find another "sticky" valley point on equilibirum. Must find a way to brake the simetry, with spinning or coils!

  • Maybe helped the next level of 0-PMG, but removed about a few degrees, of course pluged on equal shaft.

    The better overcome effects of negative magnetism.

  • Excellent stuff, keep on going

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