VOID
ANOREXUS
Design
With a design language similar to my past work on the stacked acrylic keyboard Vertizon, Vøid offers an aggressive look while still maintaining a clean design.
Constructions
Vøid keyboard design is composed of five primary components: the Top Case, Bottom Case, Switch Plate, Rear Bumper, and Bottom Plate. Both the Bottom Plate and Rear Bumper are engineered to add substantial weight, enhancing the overall density of the keyboard case. This increased density is meticulously designed to improve acoustic performance, resulting in a more satisfying and resonant typing experience.
Internal design
We optimized the height of the overall board to find the ideal typing height, as we believe typing height would be a crucial factor in achieving comfortable typing. We also added some gutter to optimize the travel distance for SMT components from the PCB, such as diodes, micro controller, and hotswap sockets, while keeping the overall board density.
Dual mounting
We believe that mechanical keyboards are a deeply personal choice, defined by three key factors: visual aesthetics, typing feel, and acoustics. It's common for users to be drawn to a keyboard's appearance, only to be let down by its typing feel and acoustics. With this in mind, we've developed two different mounting systems for Vøid, aiming to give users the freedom to select the setup that best suits their preferences.
Techincal specifications
Measurement
Typing Angle: 7.5°
Effective Keyboard Height: 23.35mm
Length: 315.25mm
Width: 118.05mm
PCB & Layout
Thickness: 1.6mm
Options: Hotswap or Solder
Firmware: QMK/VIA supported
MCU: AVR
ISO support, split backspace, 6.25 R4, and cursed layout (solder only)
Materials
Case: Aluminum, Polycarbonate
Bottom plate: Copper or Sandblasted Anodized Aluminium
Rear bumper: Polished Stainless Steel or Sandblasted Anodized Aluminium
Plate: POM, FR4, Aluminum, Carbon Fiber, Polycarbonate