PIE Mini On Wheels 1st Time

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  • เผยแพร่เมื่อ 8 ก.ย. 2024
  • Here is a first trial run on wheels for the PIE Mini.
    It is awfully heavy for the size of the single rotating weight to move, I used heavy axles and bearings for the wheels since that is what I had.
    It would have more visible power if it were not "slowing down" its rotation speed at the wrong moment in rotation and had an extension on the weight for better timing.
    Thanks for watching.

ความคิดเห็น • 6

  • @OrenBlau
    @OrenBlau 2 ปีที่แล้ว

    i have seen on youtube "a cart with a pendulum" facing forward and angled downward at few degrees (gravity wil allays want to align it) then pulsed windup of the pendulum and free fall of the pendulum will create the same angular momentum but with less noise

    • @stclairtechrd
      @stclairtechrd  2 ปีที่แล้ว

      Yes, but it is a gravity motor and will not work in space. Gravity pulls the pendulum...

  • @user-vc2ss2bd7n
    @user-vc2ss2bd7n 2 ปีที่แล้ว

    Slow, but spectative. Now you can see the importance of the office chair wheels. They will assist you to determine the wrong direction of pulsations. Then you can just coreect your constraction as needed. Or. You can just to gain the equalibrium of the construction and put in on water. Such way is more effective to see and correct the pulsations. In my opinion of corse. By the way, thank you for your attempts.

    • @stclairtechrd
      @stclairtechrd  2 ปีที่แล้ว

      I agree that unidirectional freedom of movement is needed to analyze thrust. This has previously been done with the large PIEs by setting them on a flat panel which was sitting on marbles allowing it to move as it wanted to. There is a large area of thrust which can be narrowed by adding a ramp shaped extension on the weight so that it releases from the center pin a bit later which aligns thrust impulses much better.
      Thanks for the ideas and thanks for watching!

  • @MrAaronvee
    @MrAaronvee 2 ปีที่แล้ว

    All of your results are due to asymmetrical friction and stiction. Water-borne tests will also appear to prove propulsion, because of the asymmetry of the float. But it will never work in space ... so what is the point?

    • @stclairtechrd
      @stclairtechrd  2 ปีที่แล้ว

      There is more than one "point"... First: I'm not here to argue, just demonstrate what has been claimed to be impossible. Second: I don't know if it works in space, but it works in air and the larger versions will assist the propulsion of any motor vehicles it has been tried in. Third: If you watch my other videos you will see that it's a useable machine for a hybrid propulsion system. Fourth and last: I'm not in space. Are you?
      Anyway, thanks for watching.