@tracmag Sorry, i mean, just deform the copper or, takes an specific form?? do you think its possible to give it an specific shape while its deforming?
Although this may appear to be a very simple arrangement, the dynamics behind the magnetic coupling and axial roll of the large magnet are quite complex.
I have one of the assembled tractors that Tracmag built for me and it is quite interesting how the magnetic connection can bend 90° and maintain power transfer. There is much more going on here than meets the eye.
Really interesting how the magnets syncronize. Do you happen to know the DC current draw when the motor is at speed? There seems to be a lot of work taking place for a small expenditure in energy. Thanks for showing us the inner workings of this amazing device.
PLEASE !!! PLEASE!! WHAT IS THE FORM THAT TAKES THE COPER??????????
Abnesis 8 months ago
@Abnesis I do not understand what you are asking? More detail please.
tracmag 8 months ago
@tracmag Sorry, i mean, just deform the copper or, takes an specific form?? do you think its possible to give it an specific shape while its deforming?
Abnesis 8 months ago
@Abnesis Something like make a perfect circle or something like that¿
Abnesis 8 months ago
Responder a este vídeo... Dude this is amazing! is hi tech discovery!!!
Abnesis 8 months ago
@Abnesis Yes, it is.
tracmag 8 months ago
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@tracmag can we share ideas?
Abnesis 8 months ago
But what do you mean with cold melt???? the copper melts without heating??? i dont understand thanks!!
Abnesis 8 months ago
@Abnesis yes. The copper melts without heat.
tracmag 8 months ago
Getting the magnet started so the Tracmag can catch it is a little tricky but can be mastered by practice. A lot of practice in my case
shubus 2 years ago
Although this may appear to be a very simple arrangement, the dynamics behind the magnetic coupling and axial roll of the large magnet are quite complex.
I have one of the assembled tractors that Tracmag built for me and it is quite interesting how the magnetic connection can bend 90° and maintain power transfer. There is much more going on here than meets the eye.
AdminOnDuty 2 years ago
Really interesting how the magnets syncronize. Do you happen to know the DC current draw when the motor is at speed? There seems to be a lot of work taking place for a small expenditure in energy. Thanks for showing us the inner workings of this amazing device.
retrod1 2 years ago