SD Zeta Gundam

The SD Z Gundam model on the market cannot satisfy me (height, movable limbs, etc.), so I made this model.
The SD Z Gundam model on the market cannot satisfy me (height, movable limbs, etc.), so I made this model.

I expect it to be a model that can be placed securely on a desk without taking up too much space, looks cool, and can be played with easily.
I expect it to be a model that can be placed securely on a desk without taking up too much space, looks cool, and can be played with easily.

I expect it to be a model that can be placed securely on a desk without taking up too much space, looks cool, and can be played with easily.
The model placed in the collection box is not my goal.

The model placed in the collection box is not my goal.

It has 12 movable joints and can pose in various postures.
It has 12 movable joints and can pose in various postures.
It has 12 movable joints and can pose in various postures.

The height is 18 centimeters, which is very suitable as a tabletop decoration and toy.
The height is 18 centimeters, which is very suitable as a tabletop decoration and toy.
The height is 18 centimeters, which is very suitable as a tabletop decoration and toy.

The height is 18 centimeters, which is very suitable as a tabletop decoration and toy.
There are all over 110 parts (mainly used for color classification), aiming to present a beautiful form of the assembled product of the model without additional coloring. Most of the frame parts are modified from the Printable Jointed Figure by the author of the Printables website, Soozafone, while the Most of the frame parts are modified from the Printable Jointed Figure by the author of the Printables website, Soozafone, while the remaining parts are independently modeled by me.
The remaining parts are independently modeled by me.

I used an FDM printer and a PET printer.
I used an FDM printer and PETG for production, and after multiple verification tests, I determined that the printing process was in a good condition. parts were connected and made into a board shape, and classified into zones.
I used an FDM printer and PETG for production, and after multiple verification tests, I determined that the printing process was in a good condition.

The download file contains assembly views.
The download file contains assembly views. If there are any issues or suggestions, please submit message to me.

Printing machine: Bambu Lab P1P
P1P
Material: PETG
Material: PETG

Material: PETG
Printing parameters:
PETG

First floor height: 0.3

First floor height: 0.3
Floor height: 0.24
Floor height: 0.24
Wall generation: Arachne
First layer speed: 100 mm/s
First layer speed: 100 mm/s

First layer speed: 100 mm/s
First layer filling: 155 mm/s

First layer filling: 155 mm/s
Support type: Normal (automatic)
Support type: Normal (automatic)
Support style: Tight fit

Support style: Tight fit
Top Z-distance: 0.3
Top Z-distance: 0.3
Bottom Z-distance: 0.3