[midnight1277]

Are you trying to adapt the Nissan Leaf motor to a driveshaft or other mechanism? One of these adapters will work.

The coupler; cnc machined 304l stainless: $200

The Nissan Leaf adapter was pulled from a 2014 transaxle, complete with ball bearings to handle the load of the motor: $200

Purchase on eBay here.

The transaxle case which gives further support to the adapter is also available: $150

Paypal accepted; please DM me.

 

[remy_martian]

3d printed? Where?

 

[midnight1277]

I’ll find out. I purchased from Bratitude (also on the forums).

 

[cricketo]

You can now 3D print stuff like that at home, and then mail it for post-processing (sintering). Here is for example stainless steel filament :

BASF Ultrafuse 316L Metal 3D Printing Filament | MatterHackers

Easily and affordably print real metal on your desktop 3D printer with BASF's Ultrafuse 316L 3D printing filament.

www.matterhackers.com

Depending on the fit required, may still need to shove it on the lathe and clean up the surfaces afterwards.

 

[remy_martian]

I'm interested in the splines being allegedly non-machined

 

[cricketo]

Powder printers likely can produce better details. But even on FDM printer (with a small enough nozzle) you should be able to produce functional splines - that's actually less concerning side of it. The bore is where I think there may be a problem.

 

[midnight1277]

I'm interested in the splines being allegedly non-machined

5 axis cnc from 3dhubs

 

[Bratitude]

This coupler was not 3D printed. And it’s not aluminum.

it was cnc machined 304l stainless

 

[midnight1277]

This coupler was not 3D printed. And it’s not aluminum.

it was cnc machined 304l stainless

Thanks for confirming-I updated the ad.