- 1x a RP2040-Macro-Pad case (mine was printed with resolution of 0.13 and infill 50%)
- 1x a RP2040 (any variant of the board will fit)
- 9x Mechanical keyboard switches
- 9x keycaps of your choice
- 1x a switch opener (optional)
- 4x M3 bolts (1cm long)
- wires
- soldering equipment
- a hot-glue gun
- a USB cable
- Gather all the required components and tools from What's Needed
- Put the RP2040 board into bootloader mode and install CircuitPython
- Solder the cables according to the pinout diagram mentioned above
- Copy the files from the code folder to the RP2040
- Attach the RP2040 board to the case using hot-glue
- Secure the case by using the M3 bolts
- Congratulations! The assembly is complete. Now, you can define your own key mappings in the code.py file. The list of keycodes (keycode.py) and media controls (consumer_control_code.py) can be found in the lib\adafruit_hid directory
- Optional: If you are using Windows, you can remove the RP2040 storage letter in the computer management to make it appear as a regular macro pad
RP2040-Macro-Pad is based on Sebastian Proost Project
