void_switch

me wobbly/loose anyway. I designed my Void Switches (https://github.com/riskable/void_switch) because I was sick of replacing keyboards so often (my fingers are like salt-water-drenched hammers, apparently). I also wanted a keyboard that was super easy to clean! Check it out: https://imgur.com/pqGf0se Every few weeks I take the top of my keyboard off and clean it out in sink with soap and water (and a scrub brush made for dishes). Been typing on this AHEK-95 for just over three years now so I've probably washed it at least 50 times and it's still working great! NOTE: This is NOT patented technology! Logitech, Wooting, and all other keyboard manufacturers: WTF are you even doing‽ Copy my design already! I'll even help you do it! Make a keyboard that lets end users 3D print replacement switches/parts and you'll OWN THE MARKET (until others hop on board). What are you waiting for‽

tant re-calibration) but anyone with other Hall Effect keyboards might have experienced it: Some keys seem to stop responding reliably after a while (usually a week or two in winter). This is because the temperature changed (enough), causing sensor drift. The fix is to just reset the keyboard (<1 second) which forces a recalibration but it can be annoying (my father in law has a Wooting keyboard that suffers from this after a few weeks if there's big temperature fluctuations at his desk which is right next to an exterior door). Anyone with a 3D printer should print my Void Switches! It's a teeny tiny amount of filament (use PETG for best results) and only requires some 4x2mm magnets. I uploaded a model to Printables that has all the parts in one 3mf file: https://www.printables.com/model/233699-void-switch-fidget Aside: Last time I ordered 4x2mm magnets, I ordered six thousand from AliExpress. That was after my last order of five thousand that I blew through quite quickly :D. I highly recommend ordering them in bulk like this because they end up costing about a penny each and they're useful in so many 3D printed things.

ormeasteuropeanshepherd Not shown in his video: The top plates have no electronics in them which means they're completely waterproof and can be washed in a sink with soap & water: https://gfycat.com/unconsciousvigilantkinglet . Also, the incremental rotary encoder and absolute rotary encoder (aka "the selection knob") are analog as well (using a custom design). The keycaps were 3D printed as well and designed using my Keycap Playground: https://github.com/riskable/keycap_playground (I wrote a Python script to generate a full set; a similar script can be found in the `scripts` directory of the repo) Basically, other than the PCB & magnets (+hardware) the entire keyboard was 3D printed. I'd be happy to answer folks questions about it.

rrounding selling PCBs/kits and "print it your damned self!" hehe). Here's the numpad I've been working on lately (to develop the firmware): https://gfycat.com/softfixedfanworms

which is a major problem in space! With magnets and hall effect sensors the entire keyboard can be contactless and basically air, water, and dust tight. The keyboard I'm typing on right now has all these features and more and the entire top plate can be taken off (e.g. for cleaning or using different switches/layouts): https://gfycat.com/costlyglaringhyracotherium My contactless 3D printable Void Switches should last basically forever because rare earth magnets only lose 5% of their magnetism over the course of 100 years and if any switch wears out or gets damaged it's only a $0.01 3D print away to make a new one (you can re-use the $0.01/each magnets from the old switch).