The size of this work is larger than reality, especially the Shenzhou spacecraft. Therefore, a larger size rocket is needed to launch, but the rocket thrust can be consistent with reality, because the weight of this work is basically the same as reality.

This is a collection of the three cabins of the China Space Station. I put the Tianhe core cabin, the Tianzhou cargo spacecraft, and the Shenzhou manned spacecraft together, and the effect of the docking combination is shown in the picture.

The Tianhe core cabin is my revised version. Compared with the work I uploaded before, the solar wing has been modified to become a folding flexible solar wing that is closer to reality. Because of this change, the core cabin’s parts have increased by 700 Many, reaching the number of nearly 2,000 parts.

The docking devices of the three cabins are all of the same size. It is worth noting that in order to ensure the docking state, I used a gear-shaped stopper. Among them, the docking interface of the Shenzhou spacecraft is different from that of the Tianzhou spacecraft. The Shenzhou spacecraft is limited. The positioner has one less tooth in the 3 o'clock direction to avoid conflicts with the docking beacon next to the node bay's docking interface.

The three spacecraft have built-in one-key deployment programs and set them to take effect. Please check the group name for the program activation buttons, which are usually represented by "START" or "open".

All group buttons have corresponding name identification, which can be used to view specific functions.

If you need to use this work for creation, please indicate the author, thank you.