Backpack/Sling Strap Adjustable Action Camera Mount (remix)

Hello!! This a remix and all create should be giving to the two below: https://www.printables.com/model/370429-generic-lockable-ball-joint/comments https://www.printables.com/@HD_Creator And https://www.thingiverse.com/thing:1910752 https://www.thingiverse.com/cavve91/designs I needed an action camera mount for my backpack and sling. Mainly wanted an option for a POV video shot while shooting photography. Problem is I needed it to be adjustable and I thought this ball joint would make it easier to adjust when switching to vertical strap to angled strap. I only remixed two things… the lockable ball joint mount and added that to the plate instead of having a fixed mount. -----------------------------------------------------------------------------------------------------------Instead of trying to make my own, I saw @HD_Creator page that they had one done already and it works awesome! Here is the link: https://www.printables.com/model/383924-gopro-mount-for-lean-lockable-ball-joint ***Be aware that this link for the GoPro mount for lean lockable ball joint that @HD_creator had made does states the following: This work is licensed under a Creative Commons (4.0 International License) Attribution—Noncommercial—No Derivatives I did not remix any of those items. Also I am giving the credited they absolutely deserve. -------------------------------------------------------------------------------------------------------- They do recommend using PETG but I figured PLA was fine for now. If you think of giving me a like for this idea, the credit really should go to the two credited above since they did most….ALL of the work. Folder provided are from their models. *New to this…so if I did something incorrect or forgot to add something, please let me know. I printed these at .2 mm layer height (May try next time at .15) Printed on BambuLabs P1P HTPLA from Protopasta All printed "by object" on two separate plates. I added “ironing” on all top surfaces 5 wall loops 4 top layers 4 bottom layers 30% infill with Adaptive Cubic