3D model · Printables

VOID Ergo S

Model details

Platform
Printables
Price
Free
License
CC-BY-NC-SA
Non-commercial use only, with credit; share remixes under the same license.
Formats
STL
  • 36 Likes
  • 147 Downloads
  • 3 Makes
  • 8 Comments
  • 1 686 Views

Author:VOID

Published

Description

The VOID Ergo S is a 3d printed, handwired, split keyboard running QMK Firmware on Pro Micro controllers.

Bill of materials

- 46 diodes ( tme.eu / aliexpress ) - 44/46 cherry mx style switches - 24 AWG (0.2 mm2) wire - 2 x Pro Micro ( aliexpress ) - 2 x EC11 Rotary Encoder (optional - aliexpress mounted to the plate using this adapter ) - 10 x M2x12 allen head screws ( aliexpress , 14mm overall length, 4mm diameter head) - 10 x M2 brass inserts ( aliexpress , 3.5mm outer diameter) - 2 x PJ320A 3.5mm female audio connectors ( aliexpress ) - 1 x 6x6x6 push button ( aliexpress ) - hot glue for securing the Pro Micros to the bottom case(optional, but recommended)

Printing the models

- All models have been saved with the correct orientation; if for whatever reason they are not loaded correctly in your slicer, print them as it follows: - The bottom parts should have their bottom faces touching the build plate. - Supports are not necessary, but I'd recommend using them as the ports will print with less imperfections. The right case might throw an error when slicing with supports (at least it did for me) regarding empty layers; I used a support enforcer right over the port in PrusaSlicer to fix that. - The plates should be printed with the top part (smaller inner diameter for the switches) touching the build plate. No supports needed here. - No supports needed for the top parts either, print with the bottom touching the build plate.

STL mirror / QMK fork

The files are also hosted on Github, along with a QMK fork that contains a basic keymap. More info here

Tags

Comments 0

Loading comments…

More like this

Similar models

Names are used only to indicate the source of a result. Polyzon is not affiliated with the listed sites.