Orbo blueprint and theory

[TheOne]

not me for now, i don't have to replicate it, and still i dont beleive to much this guys since its appear from nowhere, its maybe just his own idea of how the orbo work, he did not show any device also... maybe in few months

I'm replicating another motor, soon with a new thread about it

[Light]

deedee   "...actually only 50% truth...."
- Seems you're right. I like the idea, so tried to replicate.
Inside the box (stator) are 3 neodium magnets arranged in Halbach array and 4 weak magnets on rotor.
Tried different angles and distances.
Nothing; it's hard to fool fields; something else missing...

[Onevoice]

Light,

One difference between your setup and Dee Dee's posts is that he\she is describing a continuous array all around the stator but you have only a single grouping. You could be hitting unwanted edge effects. Try setting up 3 or 4 halbach sequences (180deg) and then see if you can reproduce the Steorn behaviour across a range of sequences in the middle (45 deg - 135 deg).

[Light]

Thank you, Onevoice , you probably right, I've just used what I have. Gonna try 3 arrays, but to me it does not matter how many amplifiers applied (in fact this array acts like one), even one to one should show the "flow". I believe needa 4 magnets in array to make "flow" more stronger, and rotor's magnet better take a longer, with more expressed ends of poles; in this case pole should get 'immersed" in the array's "flow"...I guess...

[specter]

People it's not the time to start replicating, I think we should do some numerical experiments. All this may be a fake. I've created a simple FEMM model with Halbach array and wrote a LUA script to automate the modelling process. If you decide to use the script, you should change file names that script uses (E:/test.fem, E:/temp.fem, E:/test.csv - look inside test.lua) to whatever you want. This script outputs results (torque of rotor magnet relative to (0,0) - center of rotor) to LUA console, and to test.csv file, which can be used to analyze data in Excel, also script computes total torque applied to rotor after one turn (360 degree). I used 5 degree step to reproduce the rotation.

I've attcahed an example of csv file that i've generated using test.lua, as you can see the result torque almost equals zero, and also you can see the graph of torrque.

Fell free to modify the model, i think we can play around with rotor and stator magnets relative angles.