Chassis for Raspberry Pi Robot

thingiverse

As part of my studies as an engineering student, I was required to purchase a Raspberry Pi 4. Since it's summer now and no longer need it for school, I thought it'd be a cool idea to step out of my comfort zone a bit and create a Raspberry Pi robot! The chassis that I modelled fits two motors, the motor control board, and the Raspberry Pi itself on the top, and the motors and the Raspberry Pi are recommended to be secured in place by either double-sided tape or Velcro. There's even room for a battery pack in the bottom which can also be secured with industrial double-sided tape. There is a hole at the back so that the USB-C port can be accessed, and although I forgot to include holes for access to the mini HDMI ports, you can still connect the Pi to a laptop or PC via a streaming software like VNC Viewer. (Also, don't mind the holes in the bottom of the chassis, this robot is still very much in the works, and I'm just experimenting with 3D-printed ball casters! :D) Although this can also be printed with PLA, I printed mine with PETG to ensure that it was resistant to the heat from the electrical parts. The model measures 165 x 137.9 x 48.7 mm.