Desert Planet (Class-G)

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<font>Atmospheric density         5
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<font>Attractiveness                 15
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Iridium Ore concentration 4
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{{Infobox-Planets
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Nitrium concentration         2
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|                Name=Desert Planet
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Orbital solar power         7
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|        Planet image=[[Image:Desert.gif]]
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Solar power in desert sectors 9
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|    Image description=Orbital view
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|      Terrain images=[[Image:Desertplain.gif|link=Desert|Desert]] [[Image:Rockfield.gif|link=Rock|Rock]] [[Image:Space.gif|link=Space|Space]]
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| Terrain descriptions=
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Atmospheric density=5
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|      Attractiveness=15
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|  Orbital solar power=7
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|  Desert solar power=9
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|          Iridium Ore=4
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|              Nitrium=2
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|            Dilithium=n/a
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|              Sorium=n/a
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}}
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'''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}}
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* [[Planet Classes]] <br>
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* [[Solar Cells]] <br>
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* [[Solar Array]] <br>
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* [[Solar Satellite]] <br>
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[[Category:Planet Classes]]
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[[Category:Stellar Cartography]]

Latest revision as of 11:51, 6 September 2016

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Starmap Legend

Colonisable Sectors

Other Sectors

Artificia Sectors
Desert.gif

Orbital view

Desert Planet
Terrain characteristics
Desert Rock Space

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).


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