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VOID40 - A 40% Ortholinear Keyboard
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The VOID40 is a 3d printed, handwired, 40% ortholinear keyboard running QMK Firmware on a Pro Micro controller.
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Updated at source:
Model information
- Source
- Printables
- Category
- Computers
- License
- Creative Commons — Attribution — Noncommercial — Share Alike
The VOID40 is a 3d printed, handwired, 40% ortholinear keyboard running QMK Firmware on a Pro Micro controller.
The case is designed to fit the bed of a stock Ender 3 when the parts are rotated 45 degrees and the skirt/brim is disabled in the slicers settings.
2 versions for the top case are included, MIT and full grid.
Bill of materials Redux
- 10 x M2x3x3.5 OD heat inserts (aliexpress)
- 4 x M2x10 Allen head screws (aliexpress)
- 6 x M2x6 Countersunk screws (aliexpress)
Bill of materials v1
- 4 x M3x10 countersunk screws that go through the top case (tme.eu/aliexpress)
- 4 x M3x10 allen head screws (tme.eu/aliexpress)
- hotglue
STL mirror / QMK fork
The files are also hosted on Github, along with precompiled firmware files and a QMK fork that contains a basic keymap and experimental VIA Configurator support. More info here
Updates
- 05.12.2024 - added Pi Pico, removed Xiao (insufficient number of pins, doh) controller mounts
- 31.01.2024 - added .step Redux models
- 14.06.2023 - added Redux models, modular controller mounts, m2 hardware and brass inserts
- 14.04.2020 - slightly increased outer wall thickness around the screw holes
- 16.03.2020 - added a small inner fillet
- 14.03.2020 - small adjustments to the inner guides for better fitment between the upper and lower parts of the case; increased surface area of the screw holes for the upper part of the case