19 models
Printed cover to mount the Prusa GPIO “Hackerboard” to the frame. 4x M3x6 BHCS or SHCS to mount the board to the cover 2x M3x10 SHCS to mount the cover to the frame Wires route through the MMU pathway into the electronics enclosure.…
UPDATE 2025-03-03: Uploaded STEP files for easier editing and ready to print .bgcodes for Prusa Core One and Prusa MK4S. The hexagonal case for GPIO Hackerboard You only need 4 pcs standard M3x10 screws from the spare bag:
A detailed model of the Prusa GPIO Hackerboard . Created from the original PCB manufacturing data, but vastly improved by user PATROSS (thank you!) with nice labels and graphics for the various IO pins for the Prusa Chain Production PCB,…
This is magnetic housing for the Prusa GPIO Hackerboard Set. It's modeled so the Hackerboard snaps in using the four holes at the corners. There is a hole modeled through the bottom so you can push the Hackerboard out to remove it. I also…
Simple remix that thins out case wall between the PCB and TRRS jack for a better fit.
I know 8x2.6mm magnet is a weird size. This was the smallest i had on hand at the moment. I will literally order all the magnet size in the world god damn it. Here is the Onshape file:…
Printed cover for the GPIO Hackerboard. It sticks to the Core One frame by magnets. Materials needed: 4x M3x6 screws (you can use the spares of the assembly kit) 4x 4x2mm magnets Magnets of this size aren't too strong, but they holds the…
I wanted to install the Hackerboard on my Core One using the magnetic mount by justctrl . Because of the short length of the included Hackerboard cable, I had to add a cutout to the Wi-Fi cover to have a way out of the xBuddy box. Because…
When I was making this remix, I realized that the magnets most commonly used in 3D printing (at least in my case) are 6x3mm. I tweaked the model a bit so it'd work with these magnets. I added the option of printing it in MMU as an extra…
The GPIO Hackerboard is a great addition but it doesn't come with any good options for placement or retention. Enter a low-profile, fast-printing holder that sticks anywhere a magnet will. The cutout on the bottom should prevent…
Printed cover to mount the Prusa GPIO “Hackerboard” to the frame. Print in an orientation that will provide a smooth surface for the sticker to adhere to. Hopefully heat will not loosen the sticker over time. Choose the version that you…
Simple remix of the V2 version of the hackerboard cover @StevePaterson made. I also printed my version on a textured sheet, to give it a consistent look. Printed in black PETG.
No place to mount the GPIO hackerboard inside or on the Prusa CoreOne? Here is my solution to that problem: You can mount the PCB with two nylon rivets for the CoreOne or with two M3 screws. By stacking three magnets with a diameter of 5…
This Model can be used to Mount your GPIO Hackerboard to the Prusa MK4 or MK4S Frame It is designed to take 4 M3 heatset inserts. Additionally you need 6 M3x8 Screws. 2 for mounting to the Frame and 4 for the Board.
Magnetic case for protecting the Prusa GPIO Hackerboard and securing it to the frame of the Core One. Probably works for the Core One L too. Key Features: Magnetic for securing to the Core One frame - cutouts are sized for 8 x 3mm (2x…
This is a simple and compact housing designed to hold two standard 16 mm buttons or switches. It is intended for use with an ESP32, Hackerboard etc. The housing mounts directly to the Core One frame using existing holes—no drilling or…
This is a minimalistic cover to house a bluetooth remote trigger and a Solid State Relay (SSR) to create beautiful timelapses with your smartphone. Fuction: The GIPO Board sends a signal to the relay which then simulates the button press…
This is a remix of the project by @Chris_150569. The cover is designed to keep the Prusa GPIO Hackerboard , the PC817A Optocoupler Isolation Module , and a Bluetooth remote for timelapse photography neatly organized in one compact unit.…
This is a simple and compact housing designed to hold two standard 16 mm buttons or switches. It is intended for use with an ESP32, Hackerboard etc. The housing mounts directly to the Core One frame using existing holes—no drilling or…
