scifi:spacecraft
Differences
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| Both sides previous revisionPrevious revisionNext revision | Previous revision | ||
| scifi:spacecraft [2020/04/25 08:11] – sam | scifi:spacecraft [2020/04/26 10:27] (current) – sam | ||
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| **Total Wet Mass** is equal to the ship **Mass**, plus the mass of fuel times its density. | **Total Wet Mass** is equal to the ship **Mass**, plus the mass of fuel times its density. | ||
| + | |||
| + | Full statistics for some future designs are available here: | ||
| + | * [[./ | ||
| ==== Mass ==== | ==== Mass ==== | ||
| Line 38: | Line 41: | ||
| Each // | Each // | ||
| - | Some craft are //Weak//, in which case total dry mass (including engines, living quarters, cargo hold etc) is multiplied by 0.75. This also has a negative impact on the hull strength of the ship (Hull Soak x0.75). | + | Some craft are //Weak//, in which case total dry mass (including engines, living quarters, cargo hold etc) is multiplied by 0.75. This also has a negative impact on the hull strength of the ship (base soak x0.50). |
| - | Some are // | + | Some are // |
| === Cargo === | === Cargo === | ||
| - | The first is cargo space, which when full will count as 10,000kg per // | + | The first is cargo space, which when full can contain |
| An empty cargo hold has a mass of 100kg per dT, since it is mostly empty space. When loaded with cargo, the mass of the cargo is in addition to this. | An empty cargo hold has a mass of 100kg per dT, since it is mostly empty space. When loaded with cargo, the mass of the cargo is in addition to this. | ||
scifi/spacecraft.1587802295.txt.gz · Last modified: 2020/04/25 08:11 by sam
