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Science & Technology
(Not predicted in classical mechanics) Gyro armeture propulsion aka dean drive
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<blockquote data-quote="IncommensurableLoop" data-source="post: 217416" data-attributes="member: 12241"><p>[MEDIA=youtube]n1CH9_0Fs0E[/MEDIA]</p><p></p><p>the sound is only messed up in the first couple mins. Just giving a heads up on that</p><p></p><p>so they bring up another factor of classical mechanics: surges using phasing </p><p>Yo it’s a long video but it’s theory here is the dean drive or impulse drive is based off two (or more but always even number for balance) fast spinning armatures with weight (carriage) on the end. They have a even amount of armatures with weights in order to balance it and then pulse on the direction they want to go. in order to create these pulses of momentum thrusts, suppose you want to go forward and the two weighted armetures are swinging parallel to the ground. Directionally opposite of each other then they would pulse (if a clock too was horizontal or parallel to the ground) from the 9 o clock to the 3 o clock position on the clockwise side. The counter clockwise side 3 to 9. That is provided 12 o clock is the direction you’re trying to go At this point the other half of the clock or 1 pi distance is electronically commutatoredly toggled off. Then back on during the upswing at 90 degrees of the direction you’re looking to go or “zero line” So basically Check out the pics and link there’s more to it such as the carriage being 45 degrees ahead and so on</p><p></p><p>….lol commutatoredly</p></blockquote><p></p>
[QUOTE="IncommensurableLoop, post: 217416, member: 12241"] [MEDIA=youtube]n1CH9_0Fs0E[/MEDIA] the sound is only messed up in the first couple mins. Just giving a heads up on that so they bring up another factor of classical mechanics: surges using phasing Yo it’s a long video but it’s theory here is the dean drive or impulse drive is based off two (or more but always even number for balance) fast spinning armatures with weight (carriage) on the end. They have a even amount of armatures with weights in order to balance it and then pulse on the direction they want to go. in order to create these pulses of momentum thrusts, suppose you want to go forward and the two weighted armetures are swinging parallel to the ground. Directionally opposite of each other then they would pulse (if a clock too was horizontal or parallel to the ground) from the 9 o clock to the 3 o clock position on the clockwise side. The counter clockwise side 3 to 9. That is provided 12 o clock is the direction you’re trying to go At this point the other half of the clock or 1 pi distance is electronically commutatoredly toggled off. Then back on during the upswing at 90 degrees of the direction you’re looking to go or “zero line” So basically Check out the pics and link there’s more to it such as the carriage being 45 degrees ahead and so on ….lol commutatoredly [/QUOTE]
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(Not predicted in classical mechanics) Gyro armeture propulsion aka dean drive
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