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= Ores = | = Ores = | ||
'''Ores''' are found in varying concentrations on planets and in asteroids, where they can be mined by hand or by using ship-mounted [[Starship Drills]] on planets or [[Mining Lasers]] in space.<br><br> | '''Ores''' are found in varying concentrations on planets and in asteroids, where they can be mined by hand or by using ship-mounted [[Starship Drills]] on planets or [[Mining Lasers]] in space.<br><br> | ||
'''Asteroids''' can be found in all systems except Horizon, and most contain a single type of ore. Ore density, asteroid size, and asteroid type rarity is system dependent with the [[Trench]] containing the largest and most ore dense asteroids. Each of the four main systems has an asteroid type unique to that system with three ore types in one asteroid. | '''Asteroids''' can be found in all systems except [[Horizon]], and most contain a single type of ore. Ore density, asteroid size, and asteroid type rarity is system dependent with the [[Trench]] containing the largest and most ore dense asteroids. Each of the four main systems has an asteroid type unique to that system with three ore types in one asteroid. | ||
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= Gases = | = Gases = | ||
'''Gases''' are a state of matter characterized by a large separation between its atoms.<br> | '''Gases''' are a state of matter characterized by a large separation between its atoms.<br> | ||
Revision as of 05:10, 4 February 2025
Natural resources are items that can be obtained by mining or collecting them.
Ores
Ores are found in varying concentrations on planets and in asteroids, where they can be mined by hand or by using ship-mounted Starship Drills on planets or Mining Lasers in space.
Asteroids can be found in all systems except Horizon, and most contain a single type of ore. Ore density, asteroid size, and asteroid type rarity is system dependent with the Trench containing the largest and most ore dense asteroids. Each of the four main systems has an asteroid type unique to that system with three ore types in one asteroid.
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Gases
Gases are a state of matter characterized by a large separation between its atoms.
Gases are stored in gas canisters and can be collected in gas collectors.
There are three types of gases: fuels, oxidizers, and inert gases.
Inert gases (Helium and Carbon Dioxide) do not react and cannot be used for energy production.
Fuels
Fuels store large amounts of energy and are the primary reactant in chemical reactions. Fuels store a certain amount of energy per unit. These are burned in gas power plants.
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Oxidizers
Oxidizers are required for chemical reactions to take place. Oxidizers can multiply the amount of energy produced during a reaction. These are burned in gas power plants.
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Drops
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