You could try moving the pipes apart a bit; I think they're too close together; electrodynamic levitation can be stable, but I think Earnshaw is getting you anyway at the moment!
Use small diameter magnets. I suspect with smaller magnets there will be increased stability. It looks like the magnetic field is bleeding over the edge of the rotors and introducing too much repulsion.
@wbeaty i have! seems to work better the way shown in video, although very unstable as likes to be flung away from between the tubes, hence the popsicle stick cradle!
You could try moving the pipes apart a bit; I think they're too close together; electrodynamic levitation can be stable, but I think Earnshaw is getting you anyway at the moment!
wolfekeeper 1 week ago
Use small diameter magnets. I suspect with smaller magnets there will be increased stability. It looks like the magnetic field is bleeding over the edge of the rotors and introducing too much repulsion.
WorldScott 2 months ago
vedy intelestinc.
deezynar 2 months ago
So if a train traveled along an aluminium track fast enough with permanent magnets under it that were powerful enough it would levitate!
Madkite 2 months ago
@Madkite yep, its the principle behind Inductrack maglev trains
howdoyoueatyours123 2 months ago
Reversible motor, try both directions!
wbeaty 2 months ago
@wbeaty i have! seems to work better the way shown in video, although very unstable as likes to be flung away from between the tubes, hence the popsicle stick cradle!
howdoyoueatyours123 2 months ago