Slimline Joystick Mechanism - 19mm thick - Good for a Thumbstick
Source: MyMiniFactory by Adam Freeman
The Slimline Joystick Mechanism - 19mm thick - Good for a Thumbstick is a free printable 3D model from MyMiniFactory by Adam Freeman. Firstly, if you want an arcade joystick mechanism more fit for an arcade control panel then click on this link: my Arcade Joystick Mechanism - Version 3, and I would say it is. You can download the STL file from the original listing below and print it at home.
About this model
Firstly, if you want an arcade joystick mechanism more fit for an arcade control panel then click on this link: my Arcade Joystick Mechanism - Version 3, and I would say it is more suitable. If, on the other hand, you have limited space to fit a mechanism and don't mind a looser feel, larger deadzone and/or you're making a controller with the idea of a thumbstick, then this is the design you might be after! I have included the standard arcade tops/plates and compatible stems and balltop because you might just prefer the feel (compared to V3). Using the JSL_Joint.STL you can change between them (joy/thumbstick) at will. With its smallest top, it comes in at ~19x53x53mm while still using the reliable standard micro switches. I am tempted to have a go at making my own SNK gamepad or a digital…
Frequently asked questions
- Is this 3D model free to download?
- Yes. Slimline Joystick Mechanism - 19mm thick - Good for a Thumbstick is free to download from MyMiniFactory. Open it in the free Thinger app, or use the "Download from MyMiniFactory" link above to open the original listing.
- Where is the STL hosted?
- The download is hosted by MyMiniFactory, not by Thinger. We link you directly to the original listing by Adam Freeman.
- Who made this model?
- Designed by Adam Freeman, published on MyMiniFactory. Please credit the creator when sharing your print online.
- Can I print this at home?
- Yes. This model is intended for home FDM and resin 3D printers. Check the original listing for suggested print settings like layer height and supports.