Module Info
From ShortHike
Current as of version 2.1.9:
Manufacturing, science, and tourism represent income.
Curious about units? Go to SimUnits.
| Table of contents |
Algae Tank
mass = 56.6
cost = 45.0
maintenance = 2.1
energy input = 12.1
thermal input = 5.6
lifesupport output = 12
crew flow = 1
Crew Module
mass = 45.8
cost = 22.0
maintenance = 1.34
energy input = 15.8
energy flow = 100.0
thermal input = 7.5
thermal flow = 45
lifesupport input = 5.4
lifesupport flow = 12
crew output = 4
crew flow = 8
Factory
mass = 101.3
cost = 120.7
maintenance = 6.2
energy input = 135
thermal input = 105
lifesupport input = 10
crew input = 8
manufacturing = 40
Heat Pipes
mass = 1.68
cost = 2.70
maintenance = 0.13
energy input = 0.3
thermal output = 35.2
Keel
mass = 24.5
cost = 18.4
maintenance = 0.65
energy flow = 400
thermal flow = 150
lifesupport flow = 8
crew flow = 5
Laboratory Module
mass = 48.8
cost = 41.5
maintenance = 2.2
energy input = 29.3
energy flow = 100.0
thermal input = 21.2
thermal flow = 45
lifesupport input = 2
lifesupport flow = 12
crew input = 3
crew flow = 8
science = 6
Life Support Module
mass = 37.6
cost = 32.0
maintenance = 1.17
energy input = 29.8
thermal input = 18.9
lifesupport output = 8
crew flow = 10
Node
mass = 11.6
cost = 8.70
maintenance = 0.36
energy flow = 400
thermal flow = 150
lifesupport flow = 12
crew flow = 10
Radiator Panel
mass = 1.53
cost = 2.9
maintenance = 0.05
thermal output = 25
Relay
mass = 15.6
cost = 11.7
maintenance = 0.12
energy input = 15.3
thermal input = 2.2
science = 3
Ring
mass = 85.3
cost = 64.7
maintenance = 2.3
energy input = 32.8
energy flow = 100.0
thermal input = 18.2
thermal flow = 45
lifesupport input = 14.5
lifesupport flow = 18
crew input = 4
crew flow = 10
tourism = 12
RTG
mass = 15.5
cost = 34.6
maintenance = 0.85
energy output = 220
thermal input = 45
Service Module
mass = 55.6
cost = 52.0
maintenance = 2.5
energy output = 6.8
energy flow = 100.0
thermal output = 4.5
thermal flow = 45
lifesupport flow = 12
crew output = 2
crew flow = 10
Solar Panel
mass = 1.83
cost = 3.2
maintenance = 0.09
energy output = 28
Truss
mass = 14.5
cost = 5.4
maintenance = 0.10
energy flow = 600
thermal flow = 300
Truss Node
mass = 8.6
cost = 4.70
maintenance = 0.12
energy flow = 600
thermal flow = 300
