Sort by time | Sort by thread (beta)

Link to this comment:

Share to:
see all

All Comments (22)

Sign In or Sign Up now to post a comment!
  • you know how asians are smart? cos they treat their work seriously.

  • if you put these magnets on a 13B, it will be more economic in low rpms, but less economic in high rpms. So it can be useful for hydrogen premacy RE . After 3000 rpm, the system must remove the magnets automotically. Especially the water gas that is outgoing from exhaust manifold must go to electrolyser unit part and it must be electrolysed for H2 gas there, the H2 that is produced must go to H2 depot of the car. So this Premacy RE can go for 400 km with a depot of H2.

  • thermodinamics => study it

  • 永久機関??

  • This is a very unique creation I have seen, but all I see is a magnet motor using the the Wankel Rotory engine. By the way, how long did it take to get the parts perfectly together?

  • No apex seals? :P

  • i made a perpetual motion engine that uses its own movement to power itself. i kept upgrading it and wound up with a radial perpetual engine that generates 600,000,000 joules of energy!!!

    the fastest and best engine built in phun ever!

  • too bad this won't work in rl

  • @DonHoraldo why dont you provide examples

  • it's simple physics.

  • wankel engine a primitive technique, wrong and uneconomic crap

    i don't understand why the idiotic Japaneses are striving with him

  • how did you make the rotor? its just so perfect.

  • I don't know why it can work in attraction or repelling. Why you add all frictions of Renesis rotor of Mazda RX-7-RX-8, just a simply magnetic system have anought of friction. Your system seem always in equilibrium between attraction and repelling. I think that It can not work!

  • At first, what I wanted to make was the wankel engine. But it was too difficult to reproduce the internal combustion. So I used pseudo magnets instead.

    Second, the rotor does not touch the rotor housing in this system. The housing is just a decoration. :-P

    Third, rotating the rotor causes the change of magnetic field. So the system is not always in equilibrium between attraction and repulsion.

    But I think that it can not work in the real world.

    Why? I don't know what's correctly happen.

  • Ok! it's a professional work. :)

  • @mori0091 i try to do it real that the rotor touches the housing but this takes alot of time!!! i think in 2 weeks youz can see it on youtube :P

  • @SuperK0rn Really? I want to watch your work.

  • The most important is that the rotor draws peritrochoid curve. Possibly it may be helping to break the balance between attraction and repulsion.

  • First comment, 5 stars. Great job!

Loading...
0 / 00Unsaved Playlist Return to active list
    1. Your queue is empty. Add videos to your queue using this button:
      or sign in to load a different list.
    Loading...Loading...Saving...
    • Clear all videos from this list
    • Learn more