You are reading a single comment by @halemmerich and its replies.
Click here to read the full conversation.
-
We might be getting close to needing to change from "protecting the Bangle" to "how to protect stuff from the Bangle"
True! Apparently the printed steel is almost as durable as CNC machines steel, so it's definitely absolute overkill. Maybe I'll make another STL with even thinner walls for those who want to dare ordering one.
What is the diameter on these holes? In nylon SLS 1.5mm is actually a tiny bit to big. Still functional but a bit wobbly.
Since the rest of the cover was really spot on on terms of size, I used exactly 1.0mm, but I should probably use 1.2mm or so to make it fit without modifications
devsnd
@halemmerich
That's awesome @devsnd. We might be getting close to needing to change from "protecting the Bangle" to "how to protect stuff from the Bangle" :D What is the diameter on these holes? In nylon SLS 1.5mm is actually a tiny bit to big. Still functional but a bit wobbly.
Thanks for the infos @Gordon, lots of stuff to think about and experiment with. Especially the two free pads. Could I just put a button on each one to 3.3V without further hardware and do the rest in software or are there pull-up/down or current limiting resistors needed? Probably that's all integrated in the chip anyway but I don't want to fry it. I imagine using something similar to the three button control scheme of the first Bangle would be awesome.