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.