JohsonChou
Member
Here is it sitting on top of Massdrop THX AAA... It is tiny...
My tone board arrived today. I ordered one of the DIY cases for Khadas board but they didn't send it. Looks like the whole enclosure can be 3D printed? I don't have a 3D printer. Would someone be willing to sell me a case?
Did you throw some feet on it or are my eyes messing with me? The reflection from the smooth surface on the THX AAA is making it hard for me to tell. If so, what kind of feet did you go with?
Did you throw some feet on it or are my eyes messing with me? The reflection from the smooth surface on the THX AAA is making it hard for me to tell. If so, what kind of feet did you go with?
Yeah, the files in the link are pretty are pretty much up to date. Only thing that I've been playing with since the test fitting is the power indicator design. Not quite sure which to go with...View attachment 18421
My board has a built in led on the side. You can see it from the picture ( the board is upside down)
Yeah, mine arrived too earlier this afternoon, and the port was off on mine too. Modified the backplate a bit more and made the hole a tad larger so things would fit better, and uploaded it here, in case anyone needs the link again.Got my board today. Other than my USB C port being soldered on just slightly crooked, the fit is great so thanks again for the file.
View attachment 18431
@Frost - Do you have cad file (step,stp,iges,fusion360, solidworks etc) for the case?
I'm trying to purchase one online and the maker says it is too thin for his machine in the USB connection and the LED groove, so he needs to fix it. It will be very appreciated. Thanks! (or upload a version without the USB dent\LED groove)
Which app did you choose? There is more than 1 option.I ordered mine from one of the available links where Frost has the files hosted. About $8.50 plus another 6 or so to ship.
In the order it says "100 μm layer height"Geez, if that is too thin... I bet he is using like 0.6mm layer height or something...
In the order it says "100 μm layer height"