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Plus, without seeing the internals, I have no idea how the "One pole" system works.
I can guess... (Insulated central tube running to the positive of the 510, which then screws into the top part) BUT, the problem with that is - it needs to be lined up exactly so when you screw it, it is always at the same angle to the bottom part.
 
How the flying frog fuck are you meant to make any bits for cars without a CAD/CAM? - use fucking Playdoh?...:lol1:


:lmao: Email to any Asian manufacturer asking how much playdoh do they use,I'm sure Kia used playdoh for their cars :rofl:
 
Thats the good bit, it doesn't, and isnt on a Kayfun, just put a flat delrin spacer between the two blocks and tighten it down, it's not under any real rotational force anyway once you've built it...
 
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my guess is the wires go in the holes on the side and you tighten up with allen key via the end grub screws so the quad coils are almost stacked each side. air holes are on the middle section and then slot on the top section to adjust air flow. as for size of juice well yep not deep but i think you could make some kick arse coils on the thing. hope it sees the light of day and gets the funding
 
Thats the good bit, it doesn't, and isnt on a Kayfun, just put a flat delrin spacer between the two blocks and tighten it down, it's not under any real rotational force anyway once you've built it...


I have an idea how it could be made easily actually.
Picture this:

Threaded rod for the 510 which then runs through an insulator at the bottom of the 510, and then goes up a 'shaft' which is insulated against it... Then, the top part just screws onto this with a bit of delrin separating the two bits? ?

And I know! But, they are training us more to be 'grease monkeys' than engineers, I fucking hate it!
 
Yeah, thats pretty much it, Machine base, drill vertical hole in centre for 510 centre post/positive pole, drill lower connector block with 2 holes straight through for wires, 2 threaded holes on either side for terminal screws, machine upper block to size, drill wire holes, terminal screw holes and threaded central hole for positive post connection. make delrin insulator / seperator sheet, make positive post insulator sleeve, assemble parts using a brass or stainless screw as positive / centre post, then settle down to making fabulous looking top cap / airflow holes the size of the channel tunnel...
 
Yeah, thats pretty much it, Machine base, drill vertical hole in centre for 510 centre post/positive pole, drill lower connector block with 2 holes straight through for wires, 2 threaded holes on either side for terminal screws, machine upper block to size, drill wire holes, terminal screw holes and threaded central hole for positive post connection. make delrin insulator / seperator sheet, make positive post insulator sleeve, assemble parts using a brass or stainless screw as positive / centre post, then settle down to making fabulous looking top cap / airflow holes the size of the channel tunnel...


You make it sound so simple... ;)
 
Actually it is pretty simple once you have the idea, tools and materials. a good Multi head CNC machine could pretty much do the base in one run, even with older manual milling / lathes, I could knock one of the bases out in about an hour, mind you I havent used either of those siince the 80's so I might be a shade out of practice...
 
Actually it is pretty simple once you have the idea, tools and materials. a good Multi head CNC machine could pretty much do the base in one run, even with older manual milling / lathes, I could knock one of the bases out in about an hour, mind you I havent used either of those siince the 80's so I might be a shade out of practice...

Fiiind ooone! ;)
 
in that case methinks you should go make one and i'll be more than happy to coil it, vape on it and review it .. looking forward to seeing the result :P
 
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