Mostly Permanent Magnet Motor with minimal Input Power

[Khwartz]

Hi Brad. Nice we agree

For your vid on UFO torque motor measurement, Very Nice that you've noticed the error of adding dynamometers reading instead of subtract them, and Very Kind i.m.o. you took time to demonstrate it

For the calculations using only the metric system, I find same result as you at 2%: 257 [W], 0.345 [HP]

But is that my bad English but I couldn't find the way you have run your calculations until many comparisons between your calclations and mine ^_^.

The reason why is that looks to me you didn't describe a step while you have used the value of the diameter and not the radius, then dived by 2 and then multiplied by Pi. I couldn't find from where were coming the 7.17 inches! Lol but now it's ok:

58 [mm] = 5.8 [cm] = 5.8 [cm] × 0.3937 [inches/cm] = 2.283 [inches] of diameter;

2.283 [inches] × Pi = 7.17 [inches].

This step was missing or you said it verbally and I didn't get ^_^ but thanks for the vid, it Very Shows imho how you care about truth in the Free Energy Quest. Thanks for helping here, Brad

Regards,
Didier

[gotoluc]

I now have my Inductance meter and the below are the measurements of the new coil.

Each bifilar coil strands measure 31 mH and when connected in series they measure 88 mH.
Measurements are Air core. So it looks like my coil software did not calculate the Inductance value very well probably because the actual shape of the coil center opening is not a circle. It got all the rest of the measurements right.  Just checked the weight and it's 2,500 grams including the center core board which may be about 300g. So the program got the weight right as well.
Once the coil is between the cores the Inductance should be much higher. It all looks good so far.

Luc

[tinman]

I now have my Inductance meter and the below are the measurements of the new coil.

Each bifilar coil strands measure 31 mH and when connected in series they measure 88 mH.
Measurements are Air core. So it looks like my coil software did not calculate the Inductance value very well probably because the actual shape of the coil center opening is not a circle. It got all the rest of the measurements right.  Just checked the weight and it's 2,500 grams including the center core board which may be about 300g. So the program got the weight right as well.
Once the coil is between the cores the Inductance should be much higher. It all looks good so far.

Luc

Every morning and afternoon i check this thread,waiting for the MMM's first sign of life-first run. After seeing the results of your first test Luc,and seeing how much extra force/pull your setup had from that of what we have today,makes this such an interesting project. It has been a long time since something has sparked my interest this strongly. I have been thinking of a way to use your effect much more efficiently-but so far,nothing has come to mind.

A truly excellent project and design.

[gotoluc]

Thanks Brad for posting your thoughts towards this design.

It's encouraging to know you "one of the few real builders" is so interested to see the results of what a super build could do.

It may take another week before I have it ready for testing as the side glide and guide system will have to be accurate and very solid before testing.
Once I magnetically close the outer steel plates together, it will be very difficult to separate them. I think it's over 2,000 pounds (per side) of holding force what 16 of N52 1" cubes and 4 N52 2" x 2" square will hold. So I've got to get the coil supports right the first time

I know, it's not easy to think of an improved design, like one that could rotate!...  I challenge all great minds out there to submit your ideas on a rotary version of this design.

Luc

[synchro1]

735.5 watts to lift 180 pounds equals a horsepower. 1 watt can lift 4 pounds. Anything better then that is overunity!