The planetary system of cold red dwarf TRAPPIST-1.
GENERAL INFO
- Successors 1 post(s)
- Created On: Android
- Game Version: 0.9.404.0
CELESTIAL BODIES
| Name | Parent | Radius | Surface Gravity | Apoapsis | Periapsis |
|---|---|---|---|---|---|
| TRAPPIST1 | 84,257 km | 173.7 m/s | - | - | |
| TRAPPIST1b | TRAPPIST1 | 6,919 km | 9.9 m/s | 1,698.3 Mm | 1,634.9 Mm |
| TRAPPIST1c | TRAPPIST1 | 6,728 km | 10.0 m/s | 2,315.6 Mm | 2,251.6 Mm |
| TRAPPIST1d | TRAPPIST1 | 4,918 km | 8.0 m/s | 3,441.8 Mm | 2,991.4 Mm |
| TRAPPIST1e | TRAPPIST1 | 5,798 km | 9.8 m/s | 4,414.5 Mm | 4,369.7 Mm |
| TRAPPIST1f | TRAPPIST1 | 6,658 km | 9.8 m/s | 5,915.7 Mm | 5,214.5 Mm |
| TRAPPIST1g | TRAPPIST1 | 7,161 km | 10.4 m/s | 7,177.8 Mm | 6,352.4 Mm |
| TRAPPIST1h | TRAPPIST1 | 4,555 km | 8.2 m/s | 10,306.4 Mm | 8,593.7 Mm |
12 Comments
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11.6k lordvader02193.5 years ago
@PigsDoH1H1 it only works part of the time for me. I guess it has something to do with the HD textures. I think this system is better suited for PC.
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11.6k lordvader02193.5 years ago
I’m on iOS. The game crashes every time I try to launch. Even on the planet Editor, the game still crashes
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3,820 TRAPPIST13.6 years ago
@TopSecret2 I'm never looked for atmosphere height so I'm will try to make something with that.
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547 TopSecret23.6 years ago
Another important thing to note: the atmospheres are really high. 200-800km is what you’d expect for a gas giant, so on relatively small terrestrial planets you’d have to physically accelerate a rocket upwards long before you make a gravity turn to escape their upper atmospheres. Either way it’s not a realistic scale height for planets that size. Their gravity well wouldn’t hold the gases that far out.
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3.6 years ago
I just have one problem, that is there's no launch pad, and my rockets explode when Iaunch them. Will you add one in? Or should I launch my rockets from space?
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547 TopSecret23.6 years ago
To me this is a WYSIWYG type of system. If anything I’d love to see an attempt by somebody to make the Star an orbiting body of Juno at a realistic distance. It could help to evaluate the time it would take to accelerate to multiples of the speed of light.
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@PigsDoH1H1 turn Geometrical detail to low.