reviung VS humla

I felt like one of the Reviung boards would work, but they’ve either got too many columns or too few thumb keys…

And then do the wiring accordingly. From firmware perspective it is more like a reviung42 ;) see https://github.com/gtips/reviung/tree/master/reviung41

take a look at the bottom plate for the Reviung41 – includes some laser engraving to act as a diffuser for the LEDs (personal opinion, I think you could survive with only the two outer rows of RGB LEDs)

Reviung41

Reviung41, Reviung39, Reviung34, and Reviung5 – kits available at various shops around the net

This is a remix of the revlp from Cyril, which itself is remix of the reviung41 by GTips.

Reviung41, which has 5 thumb keys, one key naturally positioned for each thumb, one inner key for each, and a wide centre key for either thumb. These are set to: Function & Special Layer/Escape Command/Space Navigation Layer/Return (I originally had this centre key be space, which seemed natural, but the stretch was slightly annoying, so I switched it to Return (this had the added advantage of allowing me to use a regular 2¼U Return key!)) Number key — I’m still experimenting with this, but it is currently a Tap Dance: Tap — One Shot Home Row Number Layer Hold — Momentary Number Pad Layer Tap-Tap — Switch to Home Row Number Layer Tap-Hold — Switch to Number Pad Layer Right Option/One Shot Right Command — this is going to be replaced with a 5-way navigation switch and I’m not sure what the middle press will do (if anything)

How about a Reviung. The 41 is available from a few places, e.g.: https://www.littlekeyboards.com/products/reviung41-analyst-keyboard-kit

I’ve been using a Humla (https://github.com/jimmerricks/humla) that I built (with gChoc switches and MBK Legend keycaps) with my iPad Mini for a while using a USB-C cable, but I finally figured out the firmware (https://github.com/nekoewen/zmk-ewen-humla), so with a little soldering and a lot of flailing with ZMK it’s now wireless!

I just built a Humla keyboard (https://github.com/jimmerricks/humla) and currently it has three layers with a top, bottom plate and the PCB (missing the battery at the moment). I wanted to design a bottom case into which I could just drop the keyboard into. I have never done 3D modeling before and wanted to know what would be easiest way I could get into this. I can get access to an Ender S1 3D printer so I was hoping to print it myself.

This board is for choc switches (with 18x17mm spacing) and has basic support for bluetooth pro micro alternatives (such as the nRFMicro used in this build). It is, of course, open source.