This project is currently primarily for experimental purposes. You are free to use the files in this project according to the license, but I do not recommend that use them as-is
- 60% WKL
- O-ring mount (friction fit)
- Single piece tray case
- Designed for SLS 3D printing
- I've never made a WKL board before and wanted to try it out
- Experimenting with some concepts
- Unique gasket post location and shape. Testing how they affect the typing feel
- Design of weight in tray case. Exploring the size and location of weight that are effective in reducing unwanted hollow sound, rather than making the case heavier
- Case
- Use the the files contained in
case
directory case.step
is the design of the case. Order it from a service that supports SLS 3D printingweight.dxf
is the design of the weight to be attached to the case. Order 1.5mm thick from laser cutting service- Use 6 * 5mm M2 screws to secure the board
- Use the the files contained in
- PCB
- Use the the files contained in
production
directory - The files is designed for ordering on JLCPCB. If you are ordering from any other manufacturer, please modify it as necessary
- Use the the files contained in
- Plate
- Use the dxf files contained in
plate
directory - Order 1.5mm thick from laser cutting service
- Use the dxf files contained in
- Daughterboard
- Use the b-ken-ko's daughterboard
- Use 2 * 3mm M3 screws to secure the board
- O-ring
- Material: Silicone
- Durometer(Hardness): 50A
- AS568 number: 262
- CS(Thickness): 3.53mm
- ID(Inner Diameter): 177.39mm
- OD(Outer Diameter): 184.45mm
- This project is experimental and is not designed for serious use like production run
- You may be able to adjust the typing feel by changing the position and size of the mounting post
- There is a mounting post under the blocker, which may be difficult to make with CNC machining
- The PCB design includes the MX_Alps_Hybrid designed by ai03 as a submodule. It is distributed under the MIT license