nijuni VS Dactyl-It-Yourself-Editor

Have you checked out Nijuni yet? It's a Corne with more stagger. https://github.com/krikun98/nijuni

Two Keyboards. One wired and one wireless, Nijuni both by u/krikun98 from this repo here:

As said, there is no space for the jst connector on corne-like boards. You can place it instead trrs jack but it limits you to wireless communication - can be done though if you plan use it exclusively like this. I'd say it's not needed, you won't change battery often anyway, you can solder the wires and have only a power switch. For example you can take a look on nijuni https://github.com/krikun98/nijuni. If you like nijuni, it would be easier to replace switch footprints to chocs than modifying corne. I can also humble brag about my own design with switch and jst - but note that it's not assembled/tested yet https://github.com/zzeneg/pica40.

Feel free to check out the repository!

But I've been building keebs for a few years now, and I gotta cut back :-P The biggest issue is it takes forever to print a shell to 'test fit' it. It would actually be cool if you could print the shells upside down so you don't have to print the whole thing to see how it feels.

Oh! looks like there's a OpenSCAD parametric dactyl now (1) I think this was the clojure one I was playing with before: (2)

1: https://github.com/pseudoku/Dactyl-It-Yourself-Editor

2: https://github.com/l4u/dactyl-manuform-mini-keyboard

Link to Miniwarp https://github.com/pseudoku/Dactyl-It-Yourself-Editor/blob/master/Things/MiniWarp.stl

I used Dactyl-It-Yourself-Editor to create the base model. Further heavily modified in Fusion360.

The original Hypo Warp is all MX based and it is available on github. So you can use that one instead.

Thanks, the board is a MiniWarp by Pseudoku. The stl is in their github repo