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UPDATES:
02/08/2024
Change parts SS_Tank_Bot_Black and SS_Tank_Top_Black to add thermal tiles.
21/04/2024
Correction of SS_Tank_Metal and SS_Tank_Black.
20/04/2024
New variant: SS_Tank_Cut for small printers (min. height 120mm)
New flap: modified assembly system, support-free printing
Correction of SS_Tank_Metal part, printing without support
17/02/2024
Stand redesigned with two versions, AMS/MMU and Multi parts.
14/04/2023
Added printing and assembly guide.
Improved bases for better stability.
Improvement of the “Block_Jonction_SS-SH_x1” for a better junction and a better hold.
Description
The SpaceX Ship “Starship S24" and Booster “SuperHeavy B7" model is a highly detailed 1:200 scale reproduction of the rocket currently under development for SpaceX's space transportation missions. The model consists of several pieces printed separately, which are easy to print and assemble.
Dimensions
The finished model dimensions are approximately 25cmhigh and 9cmwide for the Starship S24, and 35cmhigh and 8cmwide for the Booster B7.
Printing
There are 31 pieces to print, including 13 pieces for the Starship S24 and 8 pieces for the SuperHeavy B7 booster.
The total printing time for the entire model is approximately 30 hours.
Choosing your base configuration
There are multiple configuration options available for this model, depending on your printing and assembly preferences. (The download files contain what is needed for each configuration.)
We offer three assembly configurations:
Complete assembly of the model with the "Base_Stack_Black" stand
Two-part assembly with the Starship on the "Base_V_SS_Black" stand and the SuperHeavy on the "Base_V_SH_Black" stand for a more dynamic display. Whatever your choice, the model is easy to print and assemble.
SS_Tank_Cut for small printers (min. height 120mm)
Tips
Settings
For infill, 10% is sufficient for a decorative object, and you can also use PrusaSlicer's "Lightning" infill settings.
For some parts, supports will be necessary.
Printing
For a better final result, I recommend printing the Jonction_Block last so that you can adjust their size according to your print and have a better fit during assembly.
If some parts are loose or don't fit, you can change the scale by +/- 1% in the slicer to get a better fit.
The parts are positioned in the optimal direction for printing.
For the base, it is recommended to print with 4 perimeters to avoid visible infill.
Post Printing
You may need to sand the junction areas between the parts for a smoother finish.
Additionally, I recommend using glue for better strength and durability.
Use the assembly guide for assembly and printing advice.