Desert Planet (Class-G)
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- | { | + | <!-- SCROLL DOWN TO EDIT THE ARTICLE --> |
- | + | {{Infobox-Planets | |
- | | | + | | Name=Desert Planet |
- | | | + | | Planet image=[[Image:Desert.gif]] |
- | + | | Image description=Orbital view | |
- | + | | Terrain images=[[Image:Desertplain.gif|link=Desert|Desert]] [[Image:Rockfield.gif|link=Rock|Rock]] [[Image:Space.gif|link=Space|Space]] | |
- | + | | Terrain descriptions= | |
- | | | + | | Atmospheric density=5 |
- | + | | Attractiveness=15 | |
- | + | | Orbital solar power=7 | |
- | + | | Desert solar power=9 | |
- | + | | Iridium Ore=4 | |
- | + | | Nitrium=2 | |
- | + | | Dilithium=n/a | |
- | + | | Sorium=n/a | |
- | + | }} | |
- | + | '''Desert''' or '''Class G Planets''' are one of the most sought-after planet types because you can produce massive energy very cheaply using [[Solar Satellite]]s and [[Solar Array]]s on them. This makes them ideal for energy-intensive uses, such as [[Antimatter]] production or [[Isolinear Chips|Isolinear Chip]] production using Jupiter stations. However, they can also produce nitrium (although less efficiently than [[Class-La|Lavas]]). | |
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{{seealso}} | {{seealso}} | ||
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* [[Solar Satellite]] <br> | * [[Solar Satellite]] <br> | ||
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+ | [[Category:Planet Classes]] | ||
[[Category:Stellar Cartography]] | [[Category:Stellar Cartography]] |
Latest revision as of 11:51, 6 September 2016
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Orbital view | ||
Desert Planet | ||
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Terrain characteristics | ||
General characteristics | ||
Atmospheric density: | 5 | |
Attractiveness: | 15 | |
Orbital solar power: | 7 | |
Desert solar power: | 9 | |
Raw material deposits | ||
Iridium Ore: | 4 | |
Nitrium: | 2 | |
Dilithium: | n/a | |
Sorium: | n/a | |
Planet class overview |
Desert or Class G Planets are one of the most sought-after planet types because you can produce massive energy very cheaply using Solar Satellites and Solar Arrays on them. This makes them ideal for energy-intensive uses, such as Antimatter production or Isolinear Chip production using Jupiter stations. However, they can also produce nitrium (although less efficiently than Lavas).
Also See: