Chouchou (Japanese for butterfly) is a minimalist unibody keyboard designed to be used with the Taipo layout.
It uses a cheap RP2040-Zero MCU and requires no diodes since the 20 edge pinouts it provides is the exact number of keys Taipo requires. It was created with Ergogen and KiCad.
The taipo layout seems neat. How has learning it gone? I'm intrigued but not sure I wanna learn something quite like this for now. I appreciate having all my alphas accessible, again, at least for now but it's a neat idea
It's an interesting challenge, I've only been learning a few weeks after work and my record on monkey type is 35wpm. The hand swapping skill is something thats unique to the layout but I'm starting to get the hang of it now.
With light switches, and some practice it's starting to feel like the alphas and special characters are instantly accessible since its only combos and no layers. As a programmer that's going to be really useful. Here's a YouTube video of the creator typing random ASCII at 53 wpm! https://youtu.be/A_NVzUSEAxM
Wow. That look a so effortless lol. I like the concept of the alternation but that's a big thing to jump into. Especially since I'm in between layouts rn, so I'm not quick at typing anything atm lol
Creator already exceeded 100wpm and said it works equally well for random strings iirc.
Not quite sure how to think about the ergonomics though. This is different from steno as each chord only produces one letter, so on average there are nominally more keystrokes than letters produced. Exclusive chording probably also don't work too well with keywells etc with uneven key heights. Would be interesting to know long term effect regarding comfort/stress
Am experimenting with a TAIPO-inpired layout myself right now, and realizing my current MX board is not the best suited. So planning to build a choc board as well, just not sure what weight switches to use.
Cool thanks. Can you still rest your fingers on the board with 25 grams, without accidentally actuating? Or do you need to hover your fingers above the board? (and if so would 35g solve that?)