Original Source Material

- Original Creator Blastoise Model: graham01 on Thingiverse.

Certainly, here's a sentence expressing gratitude for the original designer's work:

"Let us extend our sincere gratitude to the original designer for their exceptional work that has inspired and facilitated our endeavors."

License

- Apex Legends Wingman with Reload Mechanics by graham01 is licensed under the Creative Commons - Attribution - Non-Commercial license.

Description

A mechanical Apex Legends Wingman build project, with a spring loaded mechanism to mimic the reload animation in game.

See the build tutorial video here: https://youtu.be/8yLk7pH2WKw

Important note regarding the files

There is 2 versions of the main body components, depending on your available bed size

• If you have a ~235mm bed, you will need to print《0.16mm layer, 3 walls, 15% infill 235 mm bed》 If you have a 180mm bed(A1 mini), you may need to rearrange the parts to fit the smaller build platform.
• For printers like p1p, p1s, x1, which have a 256mm bed, you can print 《0.16mm layer, 3 walls, 15% infill 256mm full》

Additional parts required

1x Spring (65mm free length, 6.8mm diameter): https://uk.rs-online.com/web/p/compression-springs/0751477/ (this should be a fairly common spring internationally however I am unable to list sources for other countries)
15x No.6 x 3/8in self tapping flange screw (ebay/amazon/etc)
11x No.6 x 5/8in self tapping flange screw (ebay/amazon/etc, plus 1 more if you print the split body version)

If you enjoy this design and fancy supporting me: https://www.patreon.com/the3dprintspace

I also did the following:

• I used a 0.16 settings basefile I like and edited it.
• I sorted all the different parts on different plates for easier printing, based on color.
• I also trimmed off areas from the original model that were similar to a brim(apwm_main_body_top.stl、apwm_main_body_bottom.stl).
• I also added the correct number of parts.(for example, apwm_black_slot_2x.stl, you will need to print 2 of them)
• I also positioned the model at an angle to reduce overhangs as much as possible.

I don't have a sufficient variety of material colors. If there are more suggestions for better settings, please upload them!