Kira Hackpad
Hardware- 7 Devlogs
- 32 Total hours
A 12-key custom macropad with a rotary encoder and a little OLED screen, built from scratch - PCB, case, and firmware.
Waiting on a reviewer. We'll let you know as soon as there's a decision.
Hi great work! before i can approve this u need to add a bom.csv (bill of materials) and you should be good to go! Thanks :D
I finished up my hackpad. I wrote the firmware in QMK with some help from ChatGPT for coding and debugging. Then I fixed a mounted point in PCB, organized my project files, and generated production files. Everything is now organized and ready for submission!
I finally finished my new hackpad case. I added a hole for the USB port using orpheuspad as an example, then added mounting screw holes and an additional angled plate at the bottom. I also added M3 mounting hole to my PCB and matched it in the case so the PCB can be securely fastened now. The only thing left is the firmware.
I added my new PCB to the Fusion project and aligned it with the components and sketches for the new case. I reworked the sketches several times to make sure everything lines up and fits correctly, then continued working on the case and assembling the components. The case is almost done, but I still need to add a hole for usb port and screws to hold pcb and case parts together.
I updated my schematic and placed all new parts on the pcb to match the new case design. I spent a lot of time to route everything and making sure all the connections fit with the new layout but it’s finally finished. Next I will continue working on the case and assembly.
I spent the last couple of days figuring out how to add 3D models into fusion 360. I had trouble finding downloadable models and I eventually exported them from orpheuspad example and added them to my project. Then I arranged the models and started working on a new case. I also need to update pcb to match the new design.
Today I designed a case for my hackpad in Fusion 360. I followed the guide to create the base, sides, and lid with the switches holes. I also added a usb cutout. This was my first time using Fusion 360, so I had to figure out the tools I used and make a lot adjustments along the way.
Today I started my first project in KiCad. I tried to follow the guide, but I ran into several issues because it is probably written for another version of KiCad. I had to google how to install the footprints and symbols, move the parts around, add the board outline, and so on. After figuring those out I finished my schematic and routed connections in PCB editor.
