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On the evening of April 7, 2009, I got a phone call from someone (prefers to remain anonymous for now; we'll call him "Bob") here in Utah County who has been working on replicating the Mylow all-magnet motor since just a few days after Mylow posted his first video on March 17, showing his motor accelerating then reaching an equilibrium speed. He had integrated some clever techniques that might be of benefit to others seeking to replicate Mylow's motor.
Bob's replica embodies the elements I have recommended in the plans that I have made available based on my best understanding, per many phone and email conversations with Mylow, as well as from his videos and from input from the several forums. See http://MylowMagnetMotor.com
So far, after many different attempts at trying different magnet configurations, Bob has not yet been able to get his motor to accelerate like what appears in some of Mylow's videos.
In looking at Bob's magnets, I realized that the photo we have had on our website and in my plans for the rotor magnets from "Eclipse" does not match up with the rotor magnets I saw on Bob's device. Because Bob is very familiar with much of the discussion on this technology, he was able to identify the photo we have on his site as coming from another source than Eclipse; and he will be conveying their contact information to me.
The channel on the http://eclipse-magnetics.co.uk/product/magnet-materials/cast-alnico/minor - part number M4144ANK magnets is significantly smaller compared to the channel in Mylow's magnets.
Another thing you'll need to bear in mind is that if your magnets are smaller or larger than Mylow's, then you'll need to adjust the total number you'll need to make it around the rotor perimeter similar to how Mylow does it.
The channel on the http://eclipse-magnetics.co.uk/product/magnet-materials/cast-alnico/minor - part number M4144ANK magnets is significantly smaller compared to the channel in Mylow's magnets.
Another thing you'll need to bear in mind is that if your magnets are smaller or larger than Mylow's, then you'll need to adjust the total number you'll need to make it around the rotor perimeter similar to how Mylow does it.
Sterling
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