ATTENTION: Raspberry Pi camera Rev 1.3 ONLY!

This Pi cam holder is a fairly simple print. You just need to have / do the following:

1. assemble your molecular diffuser apparatus that can change the structure of PLA (or similar) filament to a viscosity that is adaptable to this print;

2. to solve the equation: m=p/1200/1+p/1200 / 1+p/1200 n divisible by 1+p/1200 n -1 and change that setting on your 1/2 Marlin, 1/2 Ender firmware after 3PM. THE SEVENTH IMAGE ON HERE.

3. assemble (THE EIGHTH IMAGE ON HERE) but keep in mind the chemical compound of Aerozine 50 fuel for the Apollo program, specifically the Lunar Module. Modify your Ender 3 per the aforementioned;

4. ensure 1/2 of the parts are missing but, add:
   a. 25x M3 screws.
   b. 2x M5 screws.
   c. 13.5x obscure M2.63 to the 3rd power screw / bolt (I won't tell you which bolt though).

5. add 5000 comments asking to clarify (I will promise my answers will make things worse).

ATTENTION: Raspberry Pi camera Rev 1.3 ONLY!

Now that I've caught your attention on how 99% of the thingies are here with either missing, complex instructions that no human can understand with 9000 comments or impossible to build, just do the following:

1. set at 65% infill for ALL parts to keep it rigid / all other normal PLA settings; use supports and print like shown in the FIRST IMAGE;
2. carefully snap the BACK part to the ball joint on the handle;
3. carefully insert the pi cam;
4. attach the CASE to the BACK.

Protip: after you get the camera where you want it pointed, either use a small drop of superglue or a ziptie to lock the ball joint into place.

About a 6 hour print. Not for auto bed-leveling or other weird stuff attached. Just stock. I don't know about any alternative settings or anything. Just print this.

Remixed from: https://www.thingiverse.com/thing:3319356
Remixed from: https://www.thingiverse.com/thing:2957507
Remixed from: https://www.thingiverse.com/thing:3419695

UPDATE:
V2
V2 has a different post on the handle and different pi cam case (everything listed v2).

NOTE: if you're adventurous, you can specifically target the ball joint on this handle to make it 65% infill for stiffness and the rest of the handle at 20%. Click here to see how: https://www.thingiverse.com/thing:3673460