MiniMacFont_V2.stl was printed upright with supports Everywhere and a Brim. MiniMacBack_V2.stl was printed on it's back with supports from the Build Plate Only. Again, all are printed with a layer height of 0.20 in PLA and I printed them on the smooth plate of my Prusa. With the exception of printing different files, the instructions are pretty much the same as the other version. MiniMacFrontPlain.stl was included if you wish to print it on it's side. Once printed, this support is cut off and the surface filed down flush. The MiniMacFront.stl has additional support along the backside of the model. MiniMacDisk.stl and the MiniMacToggle.stl were printed with NO supports. MiniMacFont.stl was printed upright with supports Everywhere and Brim. I've modified this file for a to handle a wider range of ribbon cables. MiniMacBack.stl was printed on it's back with supports from the Build Plate Only. I arranged the back and front so the support fins are oriented to make easy removal. I made a point to print it on the smooth plate. All are printed with a layer height of 0.20 in PLA.
RASPBERRY PI EMULATOR ON MAC FULL
Here's a full set of both Metric and US wrenches.
The keyboard is needed for setup and may or may not be needed when finished. Note that the project is designed around a specific display. A Micro SD to SD Card Extension Cable Adapter Flexible Extender for Version 2 of the case.There are plenty of cheap options out there. You can borrow a keyboard from your desktop. unless the applications you will be running need keyboard input. The keyboard is only really needed for setup. Anything much longer would be difficult to squeeze into the case. A SHORT GPIO 40 pin female to female ribbon cable.You can use it to protect your Pi while configuring it.
The small case is really not needed for the final project but is a nice to have. A compatible power supply ( one with an integrated On/Off switch is a nice to have) Īmazon has a number of kits that include the above items.
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