PHONE HOLDER FOR MOTORCYCLE - PRINT IN PLACE

Hello once more,
I present to you a fully 3D Printable - Print in Place - Phone Holder for Motorcycles with 1 inch (25mm) thickness handlebar.

This is a completely new model, designed from scratch.
It was based on my previous model that needed additional screwes for assembly. This model does NOT need them or any kind of after-print processing.

It is designed to PRINT IN PLACE and assemble on your Bike.

NOTE1: For the best grip with a metal handle on your bike I suggest putting double-sided tape between the handlebar and holder.

NOTE2: When screwing nuts add a few drops of SuperGlue to them to be safe. You won't be able to unscrew them after, so make sure the position is right.

NOTE3: Use only quality double-sided tape to attach the phone holder plate to your phone.

I spent a long time designing this model so I would very much appreciate it if you hit like, make comments and upload your makes.

If there is something that I missed please do not hesitate to write me or make a comment. I will make sure to correct it.

I hope you will all enjoy this model as much as I am.

Happy Printing

Version 1.1 is LIVE from the 11th of May 2023.

Updates:

Main Body Part - Endings of the pushdown leaver were flattened slightly for better printing

Lower Connector Part - No changes were made to this part

Top Insert Part - No changes were made to this part

Screw Part - Orientation was changed and fattened side was
eliminated for nicer esthetics and better print.

Phone Holder Part - No changes were made to this part

Kit Assembly - All parts were rearranged for a better print

3D PRINTING SETTINGS

NOTE: All models are oriented as they should print. Please don't rotate them for the best results.

Tested on Elegoo Neptune 3 Pro with PrusaSlicer.

Filament: PET-G

Layer height: 0.2mm
Infill: 50% (Gyroid)
Parameters: 3
Supports: Depending on the Printer they may be needed on Phone Holder Part overhangs
Brim: NO
The first layer in: ~25m
Print time: ~ 8h30m
Filament consumption: ~76g ~25m