Rocket fuel: Difference between revisions
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Used in the production of orbital rockets. It is the second-most long-lasting of all the fuel types, beat only by [[Nuclear fuel]]. Rocket fuel can also be used in burner devices to provide 100MJ of energy, however this is slightly less efficient than using 10 [[solid fuel]]s unless extra products are created using [[productivity module]]s. | Used in the production of orbital rockets. It is the second-most long-lasting of all the fuel types, beat only by [[Nuclear fuel]]. Rocket fuel can also be used in burner devices to provide 100MJ of energy, however this is slightly less efficient than using 10 [[solid fuel]]s unless extra products are created using [[productivity module]]s. | ||
10 rocket fuel are required for each [[rocket part]], so 1000 rocket fuel are needed for each rocket launch. Additionally 50 rocket fuel are required for each [[satellite]]. | '''Vanilla:''' 10 rocket fuel are required for each [[rocket part]], so 1000 rocket fuel are needed for each rocket launch. Additionally 50 rocket fuel are required for each [[satellite]]. | ||
'''Space Age:''' 1 rocket fuel is required for each rocket part, so 100 rocket fuel are needed for each rocket launch. | |||
== Recipes == | == Recipes == | ||
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{| class="wikitable" | {| class="wikitable" | ||
! Process !! Input !! Output | ! Process !! Input !! Output !! Produced by | ||
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| {{Icon|Rocket fuel||}} || {{icon|Light oil|10}} + {{icon|Solid fuel|10}} + {{icon|time|15}} || {{icon|Rocket fuel|1}} | | {{Icon|Rocket fuel||}} || {{icon|Light oil|10}} + {{icon|Solid fuel|10}} + {{icon|time|15}} || {{icon|Rocket fuel|1}} || {{icon|Assembling machine 2}} + {{icon|Assembling machine 3}} + {{icon|Biochamber|space-age=yes}} | ||
|- | |- | ||
| | | {{Icon|Ammonia rocket fuel|space-age=yes}} || {{icon|Ammonia|500}} + {{icon|Water|50}} + {{icon|Solid fuel|3}} + {{icon|Time|10}} || {{icon|Rocket fuel|1}} || {{icon|Chemical plant}} + {{icon|Cryogenic plant}} | ||
|- | |- | ||
| | | {{Icon|rocket fuel from jelly|space-age=yes}} || {{icon|Water|30}} + {{icon|jelly|30}} + {{icon|bioflux|2}} + {{icon|Time|10}} || {{icon|Rocket fuel|1}} || {{icon|Biochamber}} | ||
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== See also == | == See also == | ||
* [[Rocket | * [[Rocket part]] components: | ||
** [[Low density structure]] | ** [[Low density structure]] | ||
** [[Processing unit]] | ** [[Processing unit]] | ||
Latest revision as of 23:50, 18 November 2024
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Rocket fuel |
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Recipe |
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Total raw |
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Stack size |
20 |
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100 (5 stacks) |
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Fuel value |
100 MJ (burner) |
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Vehicle acceleration |
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Vehicle top speed |
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Prototype type |
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Internal name |
rocket-fuel |
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Required technologies |
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Produced by |
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Consumed by |
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Used as fuel by |
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Used in the production of orbital rockets. It is the second-most long-lasting of all the fuel types, beat only by Nuclear fuel. Rocket fuel can also be used in burner devices to provide 100MJ of energy, however this is slightly less efficient than using 10 solid fuels unless extra products are created using productivity modules.
Vanilla: 10 rocket fuel are required for each rocket part, so 1000 rocket fuel are needed for each rocket launch. Additionally 50 rocket fuel are required for each satellite.
Space Age: 1 rocket fuel is required for each rocket part, so 100 rocket fuel are needed for each rocket launch.
Recipes
There are multiple ways to make rocket fuel.
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History
- 2.0.7:
- Increased rocket fuel stack size from 10 to 20.
- 0.17.60:
- Rocket fuel requires light oil.
- 0.17.0:
- Relative fuel value of rocket fuel decreased by 10.6%.
- 0.15.0:
- Fuel type now affects vehicle acceleration and top speed.
- 0.13.0:
- Rocket fuel can now be used as fuel.
- 0.12.0:
- Introduced
See also
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Intermediate products |
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Resources |
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Materials |
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Crafting components |
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Uranium processing |
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