Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4207020.

## Description

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

4 x M3x10 countersunk screws for the plate
4 x M3x10 allen head screws  for the bottom/top corners (13mm overall length, 5.5mm diameter head)
hot glue for securing the Pro Micro to the bottom case

##  STL mirror / QMK fork

The files are also hosted on Github, along with a QMK fork that contains a basic keymap and experimental VIA Configurator support. More info [here](https://github.com/victorlucachi/void40)

## Updates

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

VOID40 - A 40% Ortholinear Keyboard

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4214351.

## Description

The VOID30 is a handwired 30% ortholinear keyboard that uses a Pro Micro as a controller.
Two versions for the top part of the keyboard are included, one with a logo and one without it.

## Bill of materials

4 x M3x10 countersunk screws for the plate
4 x M3x10 allen head screws for the bottom/top corners (13mm overall length, 5.5mm diameter head)
hot glue for securing the Pro Micro to the bottom case

##  STL mirror / QMK fork

The files are also hosted on Github, along with a QMK fork that contains a basic keymap. More info [here](https://github.com/victorlucachi/void30)

## Updates

16.03.2020 Edit
added a small inner fillet

14.03.2020 Edit
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

VOID30 - A 30% Ortholinear Keyboard

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4222157.

## Description

The VOID9 Macropad is a handwired 3x3 pad that uses a Pro Micro as a controller.
Two versions for the top case are included, one of them is flat, the other has a 4mm fillet.
There are two versions for the bottom case as well, a flat one, and a 5 degree angled version.

## Handwiring guide

I've put together a pretty visual [handwiring guide](https://victorlucachi.ro/journal/void9-wiring-guide/) for this macropad; the same principles would apply for larger projects, such as a [VOID40](https://www.thingiverse.com/thing:4207020).

## Bill of materials

4 x M3x10 allen head screws for the bottom/top corners (13mm overall length, 5.5mm diameter head)
hot glue for securing the Pro Micro to the bottom case

##  STL mirror / QMK fork

The files are also hosted on Github, along with a QMK fork that contains a basic keymap and experimental VIA Configurator support. More info [here](https://github.com/victorlucachi/void9)

## Updates

14.04.2020
slightly increased outer wall thickness around the screw holes

16.03.2020
added a small inner fillet

VOID9 Macropad

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4240677.

Earpad adapter ring for Sennheisers HD5X9 series.

We also know that they're compatible with the HD380 Pro, thanks to [Tygerr](https://www.thingiverse.com/tygerr/) for testing them.

Two files are included, a replica of the ring that is used with the stock pads, and another one that is 5mm tall, which will fit replacement pads like Brainwavz a little bit better.

Pictured above is a spare pair of Brainwavz earpads that I had previously cut up in an attempt to fit with the stock rings. I superglued the pads to the new, 3d printed rings, and they work well so far. The thickness of the pads and the fact that they are made out of pleather affects the sound signature quite a bit, but the point is that the adapters work.

Sennheiser HD 5X9 Earpad Adapter Ring

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4628137.

## 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 [link](https://www.tme.eu/ro/en/details/1n4148-dio/tht-universal-diodes/diotec-semiconductor/1n4148/)/aliexpress [link](https://www.aliexpress.com/item/32729204179.html))
* 44/46 cherry mx style switches
* 24 AWG (0.2 mm2) wire
* 2 x Pro Micro (aliexpress [link](https://www.aliexpress.com/item/32902569443.html))
* 2 x EC11 Rotary Encoder (optional/aliexpress [link](https://www.aliexpress.com/item/32872039030.html) mounted to the plate using [this adapter](https://www.thingiverse.com/thing:3770166))
* 10 x M2x12 allen head screws (aliexpress [link](https://www.aliexpress.com/item/32966941844.html), 14mm overall length, 4mm diameter head)
* 10 x M2 brass inserts (aliexpress [link](https://www.aliexpress.com/item/4000585933306.html), 3.5mm outer diameter)
* 2 x PJ320A 3.5mm female audio connectors (aliexpress [link](https://www.aliexpress.com/item/32368285821.html))
* 1 x 6x6x6 push button (aliespress [link](https://www.aliexpress.com/item/32960657626.html))
* 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](https://github.com/victorlucachi/void_ergo)

VOID Ergo S

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4206617.

## Description

EC11 Rotary Encoder knurled knob
6mm inner diameter

## Updates

22.03.2021
Added variations for D shaft encoders.

18.03.2020
Added a new revised design in 3 diameters: 16mm, 25mm and 30mm. All of them are 16mm tall.

## Sidenote

The knob pictured above was printed at a 0.28 layer height, bottom part on the bed, and it had the top part sanded down.

If surface finish doesnt matter much to you, I would suggest printing it with it's top facing the bed, this way you wouldnt need any supports.

Encoder Knob

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4209505.

## Description

The VOID16 Macropad is a handwired 4x4 pad that uses a Pro Micro as a controller.

## Bill of materials

4 x M3x10 allen head screws for the bottom/top corners (13mm overall length, 5.5mm diameter head)
hot glue for securing the Pro Micro to the bottom case

##  STL mirror / QMK fork

The files are also hosted on Github, along with a QMK fork that contains a basic keymap and experimental VIA Configurator support. More info [here](https://github.com/victorlucachi/void16)

## Updates

14.04.2020
slightly increased outer wall thickness around the screw holes

28.03.2020
added an alternate layout at u/dgooglr's request

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


VOID16 Macropad

Jack of all trades, master of none. I enjoy making things with my own two hands. Fueled by green & black tea.

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