Did you do a stress analysis on those? Would be kinda interesting to see, because the area where the bushings go thins up quite a bit. Also they look reaaaally nice.
thank you!
yes, i made a lot of simulations, and this design is probably the 17-20th iteration of the initial design, so don’t worry the area between bushings is not to thin
My very first thought was also that the area between the bushings was too thin
Very cool! Would you mind sharing those? Would be totally okay if not, I’d just find it very interesting.
Just curious… But aren’t you worried of the plastic melting? I know that if you reach melting temperature, you probably have bigger problems but pla goes soft at like 50 or 60 C°
Thats petg, and not really concerned about melting. As you say, if thats melting, i got big issues
PETG becomes soft at around 85°C, which is also the throttle threshold of most ESCs. But yeah, you could run into very slight deformation in the summer.
Doesn’t Australia get real hot in the summer?
You should make the top of the kingpins below the hangar so that you can grind on them
Haha yeah but fuck riding in crazy heat
@glyphiks What kind of supports sorcery is that? Did it come out as a single piece just like that?
Haha yep. It took a while to get it dialed and a fair amount of technical support from @Scepterr and the lads in the 3dp group on telegram, but pretty happy with where its at!
Check out concentric support top layers
Man those balance wires look like an old school PCB with the big swoopy traces. Looks nice, no sharp angles or kinks in the wire
Ahh……the “good old days” of laying out the traces with Bishop tape and photo etching the boards in a tray in the bathtub. I miss them not!
Big 'ol dunk in the tub of ferric chloride?
I do NOT miss ferric chloride AT ALL
Aw common it was fun! I remember making PCBs in tech class it was fun
I think
That on the Prusa? How’d you tune it? My supports suuuuuuuck using prusaslicer