Old version in the back, new version in the front. Fresh off the printing bed. Haven’t tested it yet, but pretty happy on first inspection. Have a few sneaky features. Aiming to release it in a month or so to the community. Using it as an excuse to try out Lemmy :-)
This is awesome! What keycaps are on both sides?
Thanks!! The one with the grey trackball has Chicago Stenos by Asymplex and the black trackball has LDSAs by Daryl from lowpro keyboards.
Almost a month later, release coming?
It’s getting close… But I’m a bit hung up. I’m building the second cut using amoebas so I have a bunch of soldering to do… Trying to drum up the motivation. I figure if it’s a feature of the case, I should test it :-)
Thanks for the interest! I haven’t forgotten about it, hehe
This is awesome. Great work! The track balls give me of Flight of the Navigator vibes.
Super slick. Love it.
I’m just starting with all this (I’ve ordered a kit, but still don’t have it even), and this made me wonder: what’s the wiring for something like this? Is it a flexible PCB, severall small PCBs, a flat PCB with some kind of positioning adapter on the switches, just raw wires, or something else I can’t think of? And whichever the answer is, is it the same as what’s done for professionally-made ones like Kinesis’s?
There’s options for everything you listed. If you check out Bastard Keyboards, they have designed a pcb that flexes to the curvature of the columns, but as you could imagine, this is custom to the key row and column spacing. Another option is a single key pcb, often called an amoeba. There’s a bunch of variants, often with an RGB LED under the key. Even more simple is to just flywire the whole thing. The base requirement for each switch is a single diode, so there’s not much under the hood. A good practice that I’d recommend is using a hotswap socket so you can try different switch types or transfer the whole thing to another case…this is essential when developing and iterating a case such as this one. There’s a lot of options for flat split boards, and the base is often a PCB with all the traces and pads for the diode, LEDs, MCU etc. These are much easier to build, but obviously don’t have the contour foe the hands. I believe, though can’t be certain, that the kinesis uses a flexible pcb for each column, similar to the bastard keyboards.
