The connection to the mount has a three-part articulating hinge that allows you to position it at different angles.

It features a modular mounting system that allows you to easily fix it to any wall.

This works great in our kitchen set up with a mini wireless keyboard for displaying videos, recipes and even controlling home assistant devices.

3D Printed Parts

STL files for 3D printing will need to be oriented for print using either FDM or SLS machines.

Parts were built with PLA filament.

Original design source files may be downloaded using the links below.

Slice with Settings for PLA Material 

The parts were sliced using CURA using the slice settings below.

• PLA filament 200c extruder
• 0.24 layer height
• 10% gyroid infill
• Support: Tree
• Support Angle: 80
• Support regions: Critical Only 

Mount Pi

Align the Raspberry Pi to the standoffs on the display with the ribbon facing the ribbon cable port. 

Use the included nylon screws to fasten the Pi to the display.

Mount Fan

Align the thermal pads of the active cooler fan to the processor and press-fit the spring screws into the holes on the board.

Mount M.2 Hat+

Align the ribbon cable cut-out on the M.2 Hat+ to the display port on the Pi. 

Attach the Display cable and M.2 hat cable to the ports on the Pi.

The NVMe SSD plugs into the socket at an angle and is secured with the included thumb screw.

The fan wires plug into the last three outer pins near the NVMe SSD port.

Place Case

Align the USB cutouts on the case to the Pi board and fasten to the screw holes on the display with M2.5x6mm screws.

Fasten Lid

Use M2.5x6mm screws to secure the lid to the case.

Mount hinge 

Use four M2.5x6mm screws to attach the hinge part to the screw holes on the lid.

Hinge base

The hinge can screw directly into a stud on the wall or slide into the base for easy removal. 

The base part can also be adhered to a wall with one or two Command Strips.