150mm (and smaller) Galaxy S5 Cardboard

thingiverse

EDIT: Although this headset is still fully functional, I highly recommend buying a more modern version instead. The v2 cardboard headset has bigger lenses and better technology. If you want an even better experience, grab one with adjustable focus and pupilary distance. They cost around $30 on Amazon. This headset will still work just fine, but the new one will make a significant difference. I've upgraded to a more feature-rich and comfortable headset, so I won't be releasing any further updates for this model. I was excited when I saw ForgetfulJones' cardboard design, but unfortunately, it didn't fit my 150mm print bed (it was just a few mm off). To solve this problem, I've added designs for the top and body that can be cut in half to fit smaller beds. To use these new designs, simply crop the edges from the top and body parts, following the instructions in the guide below. Keep in mind that you'll still need the original eye piece from the v1 headset (this is just a remix of it). If the eye piece doesn't work with your lenses, there's another design linked to the original model that might be a better fit. I found that the eye piece worked fine for me, though. This script was incredibly easy to create using openSCAD. In fact, I recommend using this script any time you encounter issues printing something due to bed size constraints. Simply change the cube parameter to match your print bed's dimensions and insert the .stl file you want to cut up. From there, just adjust the settings in openSCAD until you get the perfect fit. Hit f6 to render the model and export a new .stl file that perfectly matches your printer's dimensions. For this specific chop, I only needed a few lines of code. You can find those here: intersection(){ cube(150); translate([75,200,0]) import("Body_withheadphonehole.stl"); } I also added designs for cutting smaller print beds in half. You'll find the code for those in the comments section.