Submission for floater badge.
At first, I wanted to send the station to Venus. But then I remembered that more pain = more gain and because I like to torture myself (and my PC) using this game I decided to do it in realistic.
Here we have the station. It is divided into 10 modules that will each be launched to Venus separately.
Power Modules
Main Truss, Research Module, and Habitation Module (with radiation shielding)
Control Module, Docking Stations, and Fuel Tanks
Escape Module Array and Propulsion Module.
Now, this is realistic mode, so we logically need a unrealistically large rocket
This is the RSR-Light (with a dummy payload).
It can carry 30 tons into Venusian orbit, which is what we need for the light class of modules (<20.5 Tons).
Our first launch will be the central truss.
We will now launch the power modules.
We have to keep the final stages of the modules attached currently, as they are the only components with probe control.
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At first, I wanted to send the station to Venus. But then I remembered that more pain = more gain and because I like to torture myself (and my PC) using this game I decided to do it in realistic.
Here we have the station. It is divided into 10 modules that will each be launched to Venus separately.
Main Truss, Research Module, and Habitation Module (with radiation shielding)
Control Module, Docking Stations, and Fuel Tanks
Escape Module Array and Propulsion Module.
Now, this is realistic mode, so we logically need a unrealistically large rocket
This is the RSR-Light (with a dummy payload).
It can carry 30 tons into Venusian orbit, which is what we need for the light class of modules (<20.5 Tons).
Our first launch will be the central truss.
We will now launch the power modules.
We have to keep the final stages of the modules attached currently, as they are the only components with probe control.
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