v3 is released on Thingiverse: https://www.thingiverse.com/thing:3619398
Feature an angle of 35 deg, to get better leverage and “intimate” leg interaction.
These also have larger coverage of the foot.
**these are bigger so might be unsuitable for AT boards with big ass battery between the legs (get v2 in this case)
I made my own baseplates with a regular router though i think the dimension were kept the same, i edited the OPs 3d binding model to accept 30mm extrusion.
Got the profile from the Dani link in EU. It’s gomes with pre cut tapper in both ends. So I could just use both ends and safe some tapper work Will get the print running and get the screws.
Printed the left one in PETG. 0.2 layer. walls 2.49 mm and 20% infill. The support came off ok easy, but not super clean. They seem very sturdy. Will print the the right with 0% infill to see how that goes. I think it doesn’t need infill.
This might work, stand on it and see what happens.
Generally I don’t like parts in bending with thin walls unsupported, it could cause buckling.
Take an empty soda bottle and bend it. At some points the wall will buckle in and it won’t support your load any longer. This is basically it.
You want the whole thing to hold your load together, without relative motion.
Those bindings are going to have a ton of force on them during hard acceleration and hair pins… Do you really want to rely on something hollow when you’re going over 35mph? Resolution doesn’t need to be very high for something like this, probably why print time is so high
Will get the print running and get the screws.
