Seeing this board again inspired me to revisit my own custom. I really love how even with 14 columns it remains symmetric without using too many odd-sized keycaps (not against using a few blanks for the mods). And the arrow keys! This is the layout I’ve settled on for my own use: https://www.keyboard-layout-editor.com/#/gists/68b440125bd9755baf0fcb5faf19ed61
If it turns out OK I might have to get a case milled.
Very cool. I think your bottom row may ultimately prove slightly more user friendly than mine, though I certainly got used to it. The ortholinear number row has proven to be a non-issue for me, though I have the “advantage” of not truly touch typing, and my hand-eye coordination therefore doesn’t have too much trouble with losing that 0.5u stagger.
DIY board. I designed a no-stabs matrix-only PCB (the Pi Pico MCU has to serve as the “daughterboard”). It’s FRL 1800 and is one of my personal favorites, though I’ve since replaced the black spacebars with a couple of BOW keys that reflect the hold-tap mapping I set up; I’ve also changed it from KMK to ZMK.
Anyway, PCB orders usually have a minimum order of 5 pieces, so I snapped the numpad off of one and laser-cut a case of sorts, really just plates and spacers, and got “half-height” switches. My laser can sort of half-assedly dye-sub cheap PBT blanks, so I did a Timex Sinclair design. Later, I added feet, a 3D printed replacement one-piece spacer with a sidewall, and a MagSafe ring so it could be the keyboard for a Chrometab I converted to Debian.
IIRC, there is one single bodge wire in there from where I did compromise the matrix, but I cannot stress how simplistic this PCB design was. It is holes for switches, holes for diodes, holes to string it over to the microcontroller dev board, and traces connecting them all. My second one is slightly more ambitious, allowing a couple of layout choices, Alps or MX, and has a designated spot to solder a specific MCU. That one requires two bodge wires because I screwed up the traces a little. If I do a third, I will know to make sure every trace is assigned to a “subnet” before I tell KiCAD to clean things up.
You rang?
While a 1u spacebar may sit on the council we will not grant it the rank of master
Then it’s a good thing the gang of four there are all 1.25u!
Which is not to say your decision is anything other than ourageous and unfair. We’ll see what the Supreme Chancellor thinks.
Not the younglings!
Seeing this board again inspired me to revisit my own custom. I really love how even with 14 columns it remains symmetric without using too many odd-sized keycaps (not against using a few blanks for the mods). And the arrow keys! This is the layout I’ve settled on for my own use: https://www.keyboard-layout-editor.com/#/gists/68b440125bd9755baf0fcb5faf19ed61
If it turns out OK I might have to get a case milled.
Very cool. I think your bottom row may ultimately prove slightly more user friendly than mine, though I certainly got used to it. The ortholinear number row has proven to be a non-issue for me, though I have the “advantage” of not truly touch typing, and my hand-eye coordination therefore doesn’t have too much trouble with losing that 0.5u stagger.
Yeah I never developed the muscle memory for the num row so it shouldn’t be a problem
This is sexy. I need details.
DIY board. I designed a no-stabs matrix-only PCB (the Pi Pico MCU has to serve as the “daughterboard”). It’s FRL 1800 and is one of my personal favorites, though I’ve since replaced the black spacebars with a couple of BOW keys that reflect the hold-tap mapping I set up; I’ve also changed it from KMK to ZMK.
Anyway, PCB orders usually have a minimum order of 5 pieces, so I snapped the numpad off of one and laser-cut a case of sorts, really just plates and spacers, and got “half-height” switches. My laser can sort of half-assedly dye-sub cheap PBT blanks, so I did a Timex Sinclair design. Later, I added feet, a 3D printed replacement one-piece spacer with a sidewall, and a MagSafe ring so it could be the keyboard for a Chrometab I converted to Debian.
You “snapped the numpad off” and the rest of the board kept working?! I wish to subscribe to your blog.
I mean, it helped that I knew the designer, LOL.
IIRC, there is one single bodge wire in there from where I did compromise the matrix, but I cannot stress how simplistic this PCB design was. It is holes for switches, holes for diodes, holes to string it over to the microcontroller dev board, and traces connecting them all. My second one is slightly more ambitious, allowing a couple of layout choices, Alps or MX, and has a designated spot to solder a specific MCU. That one requires two bodge wires because I screwed up the traces a little. If I do a third, I will know to make sure every trace is assigned to a “subnet” before I tell KiCAD to clean things up.