It is a brand-new world of red dwarfs. It is the destination of the Daedalus Project. It is the second closest planetary system to us. What is it? It is Barnard system.
Barnard system has a red dwarf star, a terrestrial planet, two gas giants and a small moon (around barnard a). In order to improve the playability, I eliminated the mechanism of "post-process explosion" of gaseous giant planets, which means that you will be able to land on them.
Usual, I didn't make the planetary system according to the real scale, because in that case, it will take nearly a century or even centuries for the planet to turn around, it's bad for Hohmann transfer orbit.
At present, I haven't found any big bugs, So if you find a bug, I will fix it in the next version.
GENERAL INFO
- Predecessor: Juno System
- Created On: Android
- Game Version: 0.9.509.0
CELESTIAL BODIES
Name | Parent | Radius | Surface Gravity | Apoapsis | Periapsis |
---|---|---|---|---|---|
Barnard's Star | 121.9 Mm | 143.0 m/s | - | - | |
Barnard a | Barnard's Star | 55,929 km | 17.3 m/s | 50,357.6 Mm | 50,257.0 Mm |
Barnard a-a | Barnard a | 123 km | 0.2 m/s | 9,297.6 Mm | 4,803.6 Mm |
Barnard b | Barnard's Star | 12,118 km | 16.9 m/s | 100,655.1 Mm | 100,454.0 Mm |
Barnard c | Barnard's Star | 14,000 km | 4.3 m/s | 152,009.7 Mm | 151,706.0 Mm |
11 Comments
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795 Onecubic
@Chtite451SR2 Thank you for pointing out the mistake! I will definitely listen to your opinions and improve barnard's system!
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11.4k Chtite451SR2
you got some thing wrong, its barnarda, barnards star, and the planets are barnarda, i also like to use numbers for moons so with me instead of a-a i do a1, but this looks pretty good, ill try it sooner or later and see if any bugs show up ;)
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113 TerminalGuidance
@Onecubic Never mind
The blue colored rocket bug was fixed now...
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113 TerminalGuidance
@Onecubic Hey i tested it and was it normal to have blue color on your rocket?
because when i launched a rocket it was color blue
or maybe its just because of the atmostphere of the planet.. -
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Just so you know, if an exomoon orbiting an exoplanet, the exomoon must have a number 1 representing it’s distance from it’s parent planet. For example, if the exoplanet and called something like CoRoT b, the exomoon orbiting it must be called CoRoT b-1, not CoRoT b-a.