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UPDATES:

• 15/06/2025 - 
  • Profil BVGD AMS
    • Add missing parts Junction_A-BVGD_Grey_x8.
    • Replacing BVGD_RD-107A_Orange_x4 parts for a new version.
  • Profil BVGD
    • Add missing parts Junction_A-BVGD_Grey_x8.
    • Moving the white part on plate 1 to the new plate 4.
• 11/02/2025 - Following feedback from a few people informing me of a lack of parts and bad parts, I've made the following changes
  • Add missing parts Junction_A-BVGD_Grey_x8.
  • Replacing BVGD_RD-107A_Metal_x4 parts for a new version.
  • Replacing BVGD_RD-107A_Orange_x4 parts for a new version.
  • Addition of a Non AMS profile for BVDG block
  • Addition of a Non AMS profile for the Stand.

Description

The Soyuz model is a highly detailed 1:200 scale reproduction of the historic Russian rocket that has made over 150 flights. The model consists of several pieces printed separately, which are easy to print and assemble.

The finished model dimensions are approximately 28cm high and 6cm wide.

Printing

• There are 56 parts to print, the total printing time for the entire model is approximately 6 hours.

Assembly and Printing Guide

• You can use the assembly guide published on Instructables to help you assemble the Soyuz.

Tips

Settings

• For infill, 10% is sufficient for a decorative object, and you can also use PrusaSlicer's "Lightning" infill settings.
• For some parts the supports will be necessary, see the assembly guide and impressions.
• For the base, it is recommended to print with 3 perimeters to avoid visible infill.
• If some parts are loose or don't fit, you can change the scale by +/- 1% in the slicer to get a better fit.

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.
• Follow the printing guide published on Instructables.

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.
• Follow the assembly guide published on Instructables.