Not quite as tall as a Paris, but taller than a caliber.
Slightly offset hangar so you can flip it if you’re into that.
Square hangar profile, so you can install the axles easily, and torque them down to industry specs.
Make two lengths of hangar, because it’s ridiculous having a super wide wheel track on a 9" wide skateboard.
chromoly axle studs of various widths and lengths screw into the hangar to customize them for your needs.
8 or 10mm axle studs and options that are long enough for a bearing for the pulley.
Hers where it becomes worth it.
A matched clamp that’s not a clamp. Interference fit.
I.e. the hangar is square, and the #notaclamp (NAC) is square, the NAC is a couple thou’ smaller than the hangar
*not sure if 0.002" is a big enough difference.
A machinist would know…
Freeze the hangar, heat up the NAC then put it where it goes.
To take it off, freeze the whole hanger and heat the NAC and pull, maybe with a umm…puller.
You could have a 3D printed actual clamp, for mockup so you can dial everything in and scribe a line on the hangar before installing the never ever going to move or come loose #notaclamp.
Motor plates:
Need to make them long, for pneumatics, with their big pulleys.
And shorter, for large 97/107 thane.
And shorter yet, for 80mm ect.
Idks about baseplate angles…