Star data:
Name Guanan
Solar mass, sol=1: 0.90
Solar mass, kg: 1.80E+30
Luminosity, sol=1: 0.69
Approximate temperature, K: 5596.67
Peak Wavelength, nm: 518.17
Class: G
Planetary data:
Name: Couterran
Orbital period in years: 0.26
Orbital period in days: 95.70
Orbital period in hours: 2296.89
Orbital radius (mean) km: 59.57E+6
Planetary diameter, km: 3872
Surface g, m/s/s: 3.04
Earth gravities: 0.31
Planetary mass, kg: 170.45E+21
Planetary mass, Earths: 0.03
Planetary volume, m^3: 30.39E+18
Planetary volume, Earths: 0.03
Approximate planetary temperature, K: 391.71
Density, g/cm^3: 5.61
Axial tilt, degrees: 0.00
Rotational period, hrs: 2296.89
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): trace
Helium (He): trace
Oxygen (O2): 0.00
Nitrogen (N2): 0.00
Carbon dioxide (CO2): 0.00
Ammonia (NH3): 0.00
Methane (CH4): 0.00
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: 0.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 0.70
Helium (He): 1.40
Oxygen (O2): 11.23
Nitrogen (N2): 9.82
Carbon dioxide (CO2): 15.44
Argon (Ar): 14.03
Krypton (Kr): 29.47
Neon (Ne): 7.09
Water Vapour (H20): 5.61
Methane (CH4): 5.61
Ozone (O3): 16.84
Sulphur Dioxide (SO2): 22.45
Benzene (C6H6): 6.32
Ethane (C2H6): 10.53
Hydrogen Sulphide (H2S): 11.93
Ammonia (NH3): 5.96
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No, but ice found
Ammonia (NH3): No, but sulphur ices found
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.57
Al2O3: 0.61
C (graphite): 0.62
SiC: 0.62
CaAl2O19: 0.62
CaTiO3: 0.64
Ca2Al2O4: 0.67
MgAl2O4: 0.72
Fe3C: 0.739071
Fe: 0.74
Mg2SiO4: 0.75
AlN: 0.77
CaS: 0.797775
Mg2SiO4: 0.94
TiN: 1.06
FeS: 1.96
FeO: 1.958537
Ca2Mg5Si8O22: 1.78
H2O: 1.43
NH3: 2.01
H2SO4: 1.384125
C6H6: 1.51
CH4: 4.04
CO2: 1.29
N2: 3.108789
O2: 2.54
H2: 11.87
He: 78.34
Asteroid belt
Name: Guanan Habitat Ring
Orbital radius inner m km: 94.00
Orbital radius outer m km: 104.00
Belt density (1-10): ~2, but a special case scenario
Habitable zone description:
Conditions: warm, normal ecology
Mean temperature, K: 311.15
life: Life on asteroid colonies mostly from original life bearing planet in system, but others appear novel or imported from elsewhere
Atmosphere: variable according to specific asteroid habitat, most are federation baseline breathable
Temperature at perihelion, K: variable
Temperature at aphelion, K: variable
Planetary data:
Name: Hijuk
Orbital period in years: 0.83
Orbital period in days: 301.55
Orbital period in hours: 7237.11
Orbital radius (mean) km: 128.02E+6
Planetary diameter, km: 11810
Surface g, m/s/s: 7.73
Earth gravities: 0.79
Planetary mass, kg: 4.04E+24
Planetary mass, Earths: 0.68
Planetary volume, m^3: 862.49E+18
Planetary volume, Earths: 0.80
Approximate planetary temperature, K: 267.19
Density, g/cm^3: 4.68
Axial tilt, degrees: 0.00
Rotational period, hrs: 24.53
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): 0.00
Helium (He): trace
Oxygen (O2): 130.20
Nitrogen (N2): 463.73
Carbon dioxide (CO2): 13.53
Ammonia (NH3): 0.00
Methane (CH4): 0.00
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: 0.61
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 2.87
Helium (He): 5.74
Oxygen (O2): 45.88
Nitrogen (N2): 40.15
Carbon dioxide (CO2): 63.09
Argon (Ar): 57.35
Krypton (Kr): 120.44
Neon (Ne): 28.96
Water Vapour (H20): 22.94
Methane (CH4): 22.94
Ozone (O3): 68.82
Sulphur Dioxide (SO2): 91.76
Benzene (C6H6): 25.81
Ethane (C2H6): 43.01
Hydrogen Sulphide (H2S): 48.75
Ammonia (NH3): 24.37
Surface hydrosphere:
Potential surface liquids:
Water (H2O): yes, hydrosphere
Ammonia (NH3): yes, but only as solute
Sulphur dioxide (SO2): yes, but only as solute
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.39
Al2O3: 0.42
C (graphite): 0.42
SiC: 0.42
CaAl2O19: 0.42
CaTiO3: 0.44
Ca2Al2O4: 0.45
MgAl2O4: 0.49
Fe3C: 0.50
Fe: 0.51
Mg2SiO4: 0.51
AlN: 0.53
CaS: 0.54
Mg2SiO4: 0.64
TiN: 0.72
FeS: 1.34
FeO: 1.34
Ca2Mg5Si8O22: 1.21
H2O: 0.98
NH3: 1.37
H2SO4: 0.94
C6H6: 1.03
CH4: 2.75
CO2: 0.88
N2: 2.12
O2: 1.74
H2: 8.10
He: 53.44
Habitable zone description:
Planetary conditions: cool, normal ecology
Mean temperature, K: 267.19
life: Indigenous
Atmosphere: immediately breathable, but most require elevated pressures to avoid health effects
Temperature at perihelion, K: 267
Temperature at aphelion, K: 267
Satellite data:
Orbital period in years: 0.03
Orbital period in days: 9.13
Orbital period in hours: 219.21
Orbital radius (mean) km: 162.02E+6
Satellite diameter, km: 1672
Surface g, m/s/s: 1.18
Earth gravities: 0.12
Satellite mass, kg: 12.35E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 2.45E+18
Satellite volume, Earths: 0.00
Density, g/cm^3: 5.05
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.02
Satellite eccentricity: 0.00
Planetary aphelion m km: 130.82
Planetary perihelion m km: 125.22
Satellite apoapsis km: 162389.57
Satellite periapsis km: 161644.29
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 493.67
Tide height caused from moon, m: 0.87
Tide height caused from sun, m: 0.26
Tide height caused on moon from planet, m: 37.55
Planetary axial tilt, degrees: 5.71
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 4.55
Planetary orbital inclination, degrees: 0.59
Satellite data:
Orbital period in years: 0.05
Orbital period in days: 17.21
Orbital period in hours: 412.94
Orbital radius (mean) km: 247.12E+6
Satellite diameter, km: 400
Surface g, m/s/s: 0.17
Earth gravities: 0.02
Satellite mass, kg: 104.89E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 33.63E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 3.12
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.02
Satellite eccentricity: 0.03
Planetary aphelion m km: 130.82
Planetary perihelion m km: 125.22
Satellite apoapsis km: 254136.29
Satellite periapsis km: 240111.58
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 6.42
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.26
Tide height caused on moon from planet, m: 4.10
Planetary axial tilt, degrees: 5.71
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 9.12
Planetary orbital inclination, degrees: 0.59
Satellite data:
Orbital period in years: 0.06
Orbital period in days: 21.80
Orbital period in hours: 523.31
Orbital radius (mean) km: 289.40E+6
Satellite diameter, km: 238
Surface g, m/s/s: 0.11
Earth gravities: 0.01
Satellite mass, kg: 23.45E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 7.04E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 3.33
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.02
Satellite eccentricity: 0.02
Planetary aphelion m km: 130.82
Planetary perihelion m km: 125.22
Satellite apoapsis km: 296092.15
Satellite periapsis km: 282705.86
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 1.68
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.26
Tide height caused on moon from planet, m: 1.42
Planetary axial tilt, degrees: 5.71
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 8.67
Planetary orbital inclination, degrees: 0.59
Planetary data:
Name: Cashant
Orbital period in years: 9.16
Orbital period in days: 3345.05
Orbital period in hours: 80281.19
Orbital radius (mean) km: 633.65E+6
Planetary diameter, km: 134002
Surface g, m/s/s: 20.78
Earth gravities: 2.12
Planetary mass, kg: 1.40E+27
Planetary mass, Earths: 233.89
Planetary volume, m^3: 1.26E+24
Planetary volume, Earths: 1163.33
Approximate planetary temperature, K: 117.03
Density, g/cm^3: 1.11
Axial tilt, degrees: 0.00
Rotational period, hrs: 15.21
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): +2000.00
Helium (He): +2000.00
Oxygen (O2): 0.00
Nitrogen (N2): trace
Carbon dioxide (CO2): trace
Ammonia (NH3): trace
Methane (CH4): trace
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: +4.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 36.15
Helium (He): 72.30
Oxygen (O2): 578.42
Nitrogen (N2): 506.11
Carbon dioxide (CO2): 795.32
Argon (Ar): 723.02
Krypton (Kr): 1518.34
Neon (Ne): 365.13
Water Vapour (H20): 289.21
Methane (CH4): 289.21
Ozone (O3): 867.63
Sulphur Dioxide (SO2): 1156.83
Benzene (C6H6): 325.36
Ethane (C2H6): 542.27
Hydrogen Sulphide (H2S): 614.57
Ammonia (NH3): 307.28
Surface hydrosphere:
Potential surface liquids:
Water (H2O): as an ice in upper clouds
Ammonia (NH3): in cloud layers as mist
Sulphur dioxide (SO2): some hydrated sulpur compounds in upper atmsophere
Carbon dioxide (CO2): important in cloud make up
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): As coean over mantle
Hydrogen (H): As coean over mantle
Helium (He): As coean over mantle
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.17
Al2O3: 0.18
C (graphite): 0.18
SiC: 0.19
CaAl2O19: 0.19
CaTiO3: 0.19
Ca2Al2O4: 0.20
MgAl2O4: 0.22
Fe3C: 0.22
Fe: 0.22
Mg2SiO4: 0.22
AlN: 0.23
CaS: 0.24
Mg2SiO4: 0.28
TiN: 0.32
FeS: 0.59
FeO: 0.59
Ca2Mg5Si8O22: 0.53
H2O: 0.43
NH3: 0.60
H2SO4: 0.41
C6H6: 0.45
CH4: 1.21
CO2: 0.38
N2: 0.93
O2: 0.76
H2: 3.55
He: 23.41
Satellite data:
Orbital period in years: 0.00
Orbital period in days: 1.23
Orbital period in hours: 29.58
Orbital radius (mean) km: 299.25E+6
Satellite diameter, km: 370
Surface g, m/s/s: 0.16
Earth gravities: 0.02
Satellite mass, kg: 81.82E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 26.55E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 3.08
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.01
Satellite eccentricity: 0.00
Planetary aphelion m km: 640.18
Planetary perihelion m km: 627.12
Satellite apoapsis km: 299328.96
Satellite periapsis km: 299173.35
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.02
Tide height caused from moon, m: 0.04
Tide height caused from sun, m: 0.10
Tide height caused on moon from planet, m: 747.95
Planetary axial tilt, degrees: 28.40
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.12
Planetary orbital inclination, degrees: 1.32
Satellite data:
Orbital period in years: 0.00
Orbital period in days: 1.66
Orbital period in hours: 39.81
Orbital radius (mean) km: 364.76E+6
Satellite diameter, km: 456
Surface g, m/s/s: 0.18
Earth gravities: 0.02
Satellite mass, kg: 136.42E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 49.51E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 2.76
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.01
Satellite eccentricity: 0.00
Planetary aphelion m km: 640.18
Planetary perihelion m km: 627.12
Satellite apoapsis km: 365310.85
Satellite periapsis km: 364216.56
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.04
Tide height caused from moon, m: 0.04
Tide height caused from sun, m: 0.10
Tide height caused on moon from planet, m: 568.47
Planetary axial tilt, degrees: 28.40
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.10
Planetary orbital inclination, degrees: 1.32
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 2.51
Orbital period in hours: 60.21
Orbital radius (mean) km: 480.62E+6
Satellite diameter, km: 1357
Surface g, m/s/s: 0.71
Earth gravities: 0.07
Satellite mass, kg: 4.89E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 1.31E+18
Satellite volume, Earths: 0.00
Density, g/cm^3: 3.74
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.01
Satellite eccentricity: 0.00
Planetary aphelion m km: 640.18
Planetary perihelion m km: 627.12
Satellite apoapsis km: 481385.77
Satellite periapsis km: 479847.79
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 1.68
Tide height caused from moon, m: 0.64
Tide height caused from sun, m: 0.10
Tide height caused on moon from planet, m: 544.62
Planetary axial tilt, degrees: 28.40
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.75
Planetary orbital inclination, degrees: 1.32
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 5.40
Orbital period in hours: 129.60
Orbital radius (mean) km: 801.18E+6
Satellite diameter, km: 3208
Surface g, m/s/s: 1.61
Earth gravities: 0.16
Satellite mass, kg: 61.94E+21
Satellite mass, Earths: 0.01
Satellite volume, m^3: 17.28E+18
Satellite volume, Earths: 0.02
Density, g/cm^3: 3.58
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.01
Satellite eccentricity: 0.00
Planetary aphelion m km: 640.18
Planetary perihelion m km: 627.12
Satellite apoapsis km: 803261.15
Satellite periapsis km: 799095.02
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 35.50
Tide height caused from moon, m: 1.74
Tide height caused from sun, m: 0.10
Tide height caused on moon from planet, m: 290.37
Planetary axial tilt, degrees: 28.40
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 1.69
Planetary orbital inclination, degrees: 1.32
Satellite data:
Orbital period in years: 0.02
Orbital period in days: 8.40
Orbital period in hours: 201.62
Orbital radius (mean) km: 1.08E+9
Satellite diameter, km: 2738
Surface g, m/s/s: 1.25
Earth gravities: 0.13
Satellite mass, kg: 34.97E+21
Satellite mass, Earths: 0.01
Satellite volume, m^3: 10.74E+18
Satellite volume, Earths: 0.01
Density, g/cm^3: 3.26
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.01
Satellite eccentricity: 0.00
Planetary aphelion m km: 640.18
Planetary perihelion m km: 627.12
Satellite apoapsis km: 1079555.09
Satellite periapsis km: 1071810.18
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 26.92
Tide height caused from moon, m: 0.41
Tide height caused from sun, m: 0.10
Tide height caused on moon from planet, m: 112.74
Planetary axial tilt, degrees: 28.40
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.42
Planetary orbital inclination, degrees: 1.32
Satellite data:
Orbital period in years: 0.23
Orbital period in days: 82.80
Orbital period in hours: 1987.31
Orbital radius (mean) km: 4.95E+9
Satellite diameter, km: 3511
Surface g, m/s/s: 1.71
Earth gravities: 0.17
Satellite mass, kg: 79.03E+21
Satellite mass, Earths: 0.01
Satellite volume, m^3: 22.66E+18
Satellite volume, Earths: 0.02
Density, g/cm^3: 3.49
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.01
Satellite eccentricity: 0.34
Planetary aphelion m km: 640.18
Planetary perihelion m km: 627.12
Satellite apoapsis km: 6651135.28
Satellite periapsis km: 3239028.70
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 279.59
Tide height caused from moon, m: 0.01
Tide height caused from sun, m: 0.10
Tide height caused on moon from planet, m: 1.39
Planetary axial tilt, degrees: 28.40
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 26.54
Planetary orbital inclination, degrees: 1.32
Planetary data:
Name: Rivanna
Orbital period in years: 23.65
Orbital period in days: 8639.52
Orbital period in hours: 207348.54
Orbital radius (mean) km: 1.19E+9
Planetary diameter, km: 110479
Surface g, m/s/s: 15.30
Earth gravities: 1.56
Planetary mass, kg: 699.71E+24
Planetary mass, Earths: 117.09
Planetary volume, m^3: 706.06E+21
Planetary volume, Earths: 651.95
Approximate planetary temperature, K: 85.30
Density, g/cm^3: 0.99
Axial tilt, degrees: 0.00
Rotational period, hrs: 16.06
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): +2000.00
Helium (He): +2000.00
Oxygen (O2): 0.00
Nitrogen (N2): 0.00
Carbon dioxide (CO2): 0.00
Ammonia (NH3): trace
Methane (CH4): trace
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: +4.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 38.65
Helium (He): 77.30
Oxygen (O2): 618.40
Nitrogen (N2): 541.10
Carbon dioxide (CO2): 850.29
Argon (Ar): 772.99
Krypton (Kr): 1623.29
Neon (Ne): 390.36
Water Vapour (H20): 309.20
Methane (CH4): 309.20
Ozone (O3): 927.59
Sulphur Dioxide (SO2): 1236.79
Benzene (C6H6): 347.85
Ethane (C2H6): 579.75
Hydrogen Sulphide (H2S): 657.05
Ammonia (NH3): 328.52
Surface hydrosphere:
Potential surface liquids:
Water (H2O): as ice in clouds
Ammonia (NH3): as ice in clouds
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): as ocean
Hydrogen (H): as ocean
Helium (He): as ocean
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.12
Al2O3: 0.13
C (graphite): 0.13
SiC: 0.13
CaAl2O19: 0.13
CaTiO3: 0.14
Ca2Al2O4: 0.15
MgAl2O4: 0.16
Fe3C: 0.16
Fe: 0.16
Mg2SiO4: 0.16
AlN: 0.17
CaS: 0.17
Mg2SiO4: 0.20
TiN: 0.23
FeS: 0.43
FeO: 0.43
Ca2Mg5Si8O22: 0.39
H2O: 0.31
NH3: 0.44
H2SO4: 0.30
C6H6: 0.33
CH4: 0.88
CO2: 0.28
N2: 0.68
O2: 0.55
H2: 2.58
He: 17.06
Satellite data:
Orbital period in years: 0.00
Orbital period in days: 0.83
Orbital period in hours: 19.88
Orbital radius (mean) km: 182.32E+6
Satellite diameter, km: 195
Surface g, m/s/s: 0.05
Earth gravities: 0.00
Satellite mass, kg: 6.61E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 3.85E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.72
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.00
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 182358.11
Satellite periapsis km: 182274.24
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.00
Tide height caused from moon, m: 0.01
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 1562.85
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.07
Planetary orbital inclination, degrees: 2.54
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 2.01
Orbital period in hours: 48.32
Orbital radius (mean) km: 329.56E+6
Satellite diameter, km: 4365
Surface g, m/s/s: 1.88
Earth gravities: 0.19
Satellite mass, kg: 134.06E+21
Satellite mass, Earths: 0.02
Satellite volume, m^3: 43.55E+18
Satellite volume, Earths: 0.04
Density, g/cm^3: 3.08
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.01
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 333713.88
Satellite periapsis km: 325408.93
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 63.13
Tide height caused from moon, m: 49.84
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 3309.26
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.19
Planetary orbital inclination, degrees: 2.54
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.01
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 333713.88
Satellite periapsis km: 325408.93
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 63.13
Tide height caused from moon, m: 49.84
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 3309.26
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.19
Planetary orbital inclination, degrees: 2.54
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): 22.32
Helium (He): 0.00
Oxygen (O2): 0.00
Nitrogen (N2): 1691.20
Carbon dioxide (CO2): 0.00
Ammonia (NH3): 0.00
Methane (CH4): 416.65
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Also hydrocarbon compounds
Total atmospheric pressure, bar: 2.13
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 2.69
Helium (He): 5.38
Oxygen (O2): 43.06
Nitrogen (N2): 37.68
Carbon dioxide (CO2): 59.21
Argon (Ar): 53.83
Krypton (Kr): 113.04
Neon (Ne): 27.18
Water Vapour (H20): 21.53
Methane (CH4): 21.53
Ozone (O3): 64.59
Sulphur Dioxide (SO2): 86.12
Benzene (C6H6): 24.22
Ethane (C2H6): 40.37
Hydrogen Sulphide (H2S): 45.75
Ammonia (NH3): 22.88
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): Yes, but mostly below under pressure
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No
Liquid hydrocarbons on surface
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 2.70
Orbital period in hours: 64.86
Orbital radius (mean) km: 400.98E+6
Satellite diameter, km: 3445
Surface g, m/s/s: 1.05
Earth gravities: 0.11
Satellite mass, kg: 46.63E+21
Satellite mass, Earths: 0.01
Satellite volume, m^3: 21.40E+18
Satellite volume, Earths: 0.02
Density, g/cm^3: 2.18
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.01
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 403621.61
Satellite periapsis km: 398344.67
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 26.72
Tide height caused from moon, m: 9.63
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 2048.24
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.48
Planetary orbital inclination, degrees: 2.54
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): 0.00
Helium (He): 0.00
Oxygen (O2): 0.00
Nitrogen (N2): trace
Carbon dioxide (CO2): 0.00
Ammonia (NH3): trace
Methane (CH4): trace
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: 0.00
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): Yes
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 1.79
Helium (He): 3.57
Oxygen (O2): 28.59
Nitrogen (N2): 25.02
Carbon dioxide (CO2): 39.31
Argon (Ar): 35.74
Krypton (Kr): 75.05
Neon (Ne): 18.05
Water Vapour (H20): 14.30
Methane (CH4): 14.30
Ozone (O3): 42.89
Sulphur Dioxide (SO2): 57.18
Benzene (C6H6): 16.08
Ethane (C2H6): 26.80
Hydrogen Sulphide (H2S): 30.38
Ammonia (NH3): 15.19
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 3.49
Orbital period in hours: 83.85
Orbital radius (mean) km: 475.87E+6
Satellite diameter, km: 805
Surface g, m/s/s: 0.22
Earth gravities: 0.02
Satellite mass, kg: 536.10E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 272.95E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.96
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.02
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 484405.79
Satellite periapsis km: 467332.41
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.36
Tide height caused from moon, m: 0.07
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 317.58
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 1.94
Planetary orbital inclination, degrees: 2.54
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 3.68
Orbital period in hours: 88.28
Orbital radius (mean) km: 492.49E+6
Satellite diameter, km: 195
Surface g, m/s/s: 0.05
Earth gravities: 0.01
Satellite mass, kg: 7.74E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 3.85E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 2.01
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.02
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 501596.48
Satellite periapsis km: 483380.30
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.01
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 67.67
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 1.39
Planetary orbital inclination, degrees: 2.54
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 4.28
Orbital period in hours: 102.64
Orbital radius (mean) km: 544.55E+6
Satellite diameter, km: 327
Surface g, m/s/s: 0.06
Earth gravities: 0.01
Satellite mass, kg: 25.59E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 18.36E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.39
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.03
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 559573.85
Satellite periapsis km: 529534.35
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.02
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 121.46
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.92
Planetary orbital inclination, degrees: 2.54
Satellite data:
Orbital period in years: 0.02
Orbital period in days: 5.83
Orbital period in hours: 140.04
Orbital radius (mean) km: 669.87E+6
Satellite diameter, km: 559
Surface g, m/s/s: 0.13
Earth gravities: 0.01
Satellite mass, kg: 154.95E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 91.70E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.69
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.00
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 669872.35
Satellite periapsis km: 669872.35
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.15
Tide height caused from moon, m: 0.01
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 92.00
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.92
Planetary orbital inclination, degrees: 2.54
Satellite data:
Orbital period in years: 0.03
Orbital period in days: 9.84
Orbital period in hours: 236.25
Orbital radius (mean) km: 949.31E+6
Satellite diameter, km: 2350
Surface g, m/s/s: 1.02
Earth gravities: 0.10
Satellite mass, kg: 21.09E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 6.80E+18
Satellite volume, Earths: 0.01
Density, g/cm^3: 3.10
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.10
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 1043043.84
Satellite periapsis km: 855581.59
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 28.61
Tide height caused from moon, m: 0.33
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 73.96
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 4.04
Planetary orbital inclination, degrees: 2.54
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): 0.00
Helium (He): 0.00
Oxygen (O2): 0.00
Nitrogen (N2): trace
Carbon dioxide (CO2): 0.00
Ammonia (NH3): 0.00
Methane (CH4): trace
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: 0.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 1.45
Helium (He): 2.91
Oxygen (O2): 23.28
Nitrogen (N2): 20.37
Carbon dioxide (CO2): 32.00
Argon (Ar): 29.10
Krypton (Kr): 61.10
Neon (Ne): 14.69
Water Vapour (H20): 11.64
Methane (CH4): 11.64
Ozone (O3): 34.91
Sulphur Dioxide (SO2): 46.55
Benzene (C6H6): 13.09
Ethane (C2H6): 21.82
Hydrogen Sulphide (H2S): 24.73
Ammonia (NH3): 12.37
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): subsurface only
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No
Also sea of methane but only liquid subsirface, only sublimation important at surface
Satellite data:
Orbital period in years: 0.03
Orbital period in days: 11.36
Orbital period in hours: 272.68
Orbital radius (mean) km: 1.04E+9
Satellite diameter, km: 1791
Surface g, m/s/s: 0.58
Earth gravities: 0.06
Satellite mass, kg: 6.96E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 3.01E+18
Satellite volume, Earths: 0.00
Density, g/cm^3: 2.31
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.07
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 1121414.32
Satellite periapsis km: 967693.87
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 10.39
Tide height caused from moon, m: 0.08
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 56.70
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 23.26
Planetary orbital inclination, degrees: 2.54
Satellite data:
Orbital period in years: 0.34
Orbital period in days: 123.89
Orbital period in hours: 2973.25
Orbital radius (mean) km: 5.14E+9
Satellite diameter, km: 1169
Surface g, m/s/s: 0.31
Earth gravities: 0.03
Satellite mass, kg: 1.59E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 836.76E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.91
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.00
Satellite eccentricity: 0.07
Planetary aphelion m km: 1195.99
Planetary perihelion m km: 1189.65
Satellite apoapsis km: 5514216.60
Satellite periapsis km: 4758342.64
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 11.71
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 0.38
Planetary axial tilt, degrees: 6.28
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 23.26
Planetary orbital inclination, degrees: 2.54
Planetary data:
Name: Alcor
Orbital period in years: 92.42
Orbital period in days: 33755.21
Orbital period in hours: 810125.02
Orbital radius (mean) km: 2.96E+9
Planetary diameter, km: 163117
Surface g, m/s/s: 27.38
Earth gravities: 2.79
Planetary mass, kg: 2.73E+27
Planetary mass, Earths: 456.69
Planetary volume, m^3: 2.27E+24
Planetary volume, Earths: 2098.32
Approximate planetary temperature, K: 54.16
Density, g/cm^3: 1.20
Axial tilt, degrees: 6.28
Rotational period, hrs: 18.98
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): +2000.00
Helium (He): +2000.00
Oxygen (O2): 0.00
Nitrogen (N2): 0.00
Carbon dioxide (CO2): 0.00
Ammonia (NH3): 0.00
Methane (CH4): 0.00
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: +4.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 98.94
Helium (He): 197.88
Oxygen (O2): 1583.06
Nitrogen (N2): 1385.18
Carbon dioxide (CO2): 2176.71
Argon (Ar): 1978.83
Krypton (Kr): 4155.54
Neon (Ne): 999.31
Water Vapour (H20): 791.53
Methane (CH4): 791.53
Ozone (O3): 2374.59
Sulphur Dioxide (SO2): 3166.12
Benzene (C6H6): 890.47
Ethane (C2H6): 1484.12
Hydrogen Sulphide (H2S): 1682.00
Ammonia (NH3): 841.00
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): as ocean
Hydrogen (H): as ocean
Helium (He): as ocean
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.08
Al2O3: 0.08
C (graphite): 0.09
SiC: 0.09
CaAl2O19: 0.09
CaTiO3: 0.09
Ca2Al2O4: 0.09
MgAl2O4: 0.10
Fe3C: 0.10
Fe: 0.10
Mg2SiO4: 0.10
AlN: 0.11
CaS: 0.11
Mg2SiO4: 0.13
TiN: 0.15
FeS: 0.27
FeO: 0.27
Ca2Mg5Si8O22: 0.25
H2O: 0.20
NH3: 0.28
H2SO4: 0.19
C6H6: 0.21
CH4: 0.56
CO2: 0.18
N2: 0.43
O2: 0.35
H2: 1.64
He: 10.83
Satellite data:
Orbital period in years: 0.16
Orbital period in days: 58.08
Orbital period in hours: 1394.04
Orbital radius (mean) km: 4.88E+9
Satellite diameter, km: 197
Surface g, m/s/s: 0.08
Earth gravities: 0.01
Satellite mass, kg: 12.17E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 4.00E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 3.04
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.04
Satellite eccentricity: 0.01
Planetary aphelion m km: 3090.09
Planetary perihelion m km: 2827.87
Satellite apoapsis km: 4909672.23
Satellite periapsis km: 4849475.95
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.02
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.00
Tide height caused on moon from planet, m: 0.18
Planetary axial tilt, degrees: 60.98
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.74
Planetary orbital inclination, degrees: 3.88
Satellite data:
Orbital period in years: 0.16
Orbital period in days: 59.86
Orbital period in hours: 1436.64
Orbital radius (mean) km: 4.98E+9
Satellite diameter, km: 427
Surface g, m/s/s: 0.15
Earth gravities: 0.02
Satellite mass, kg: 102.85E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 40.72E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 2.53
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.04
Satellite eccentricity: 0.00
Planetary aphelion m km: 3090.09
Planetary perihelion m km: 2827.87
Satellite apoapsis km: 4995852.66
Satellite periapsis km: 4961143.07
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.19
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.00
Tide height caused on moon from planet, m: 0.45
Planetary axial tilt, degrees: 60.98
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.88
Planetary orbital inclination, degrees: 3.88
Satellite data:
Orbital period in years: 0.17
Orbital period in days: 60.76
Orbital period in hours: 1458.27
Orbital radius (mean) km: 5.03E+9
Satellite diameter, km: 141
Surface g, m/s/s: 0.02
Earth gravities: 0.00
Satellite mass, kg: 1.78E+18
Satellite mass, Earths: 0.00
Satellite volume, m^3: 1.46E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.22
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.04
Satellite eccentricity: 0.00
Planetary aphelion m km: 3090.09
Planetary perihelion m km: 2827.87
Satellite apoapsis km: 5045867.09
Satellite periapsis km: 5010810.02
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.00
Tide height caused from moon, m: 0.00
Tide height caused from sun, m: 0.00
Tide height caused on moon from planet, m: 0.30
Planetary axial tilt, degrees: 60.98
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.83
Planetary orbital inclination, degrees: 3.88
Satellite data:
Orbital period in years: 0.17
Orbital period in days: 62.73
Orbital period in hours: 1505.48
Orbital radius (mean) km: 5.14E+9
Satellite diameter, km: 6352
Surface g, m/s/s: 2.82
Earth gravities: 0.29
Satellite mass, kg: 426.34E+21
Satellite mass, Earths: 0.07
Satellite volume, m^3: 134.17E+18
Satellite volume, Earths: 0.12
Density, g/cm^3: 3.18
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.04
Satellite eccentricity: 0.01
Planetary aphelion m km: 3090.09
Planetary perihelion m km: 2827.87
Satellite apoapsis km: 5207978.38
Satellite periapsis km: 5064580.86
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 802.24
Tide height caused from moon, m: 0.05
Tide height caused from sun, m: 0.00
Tide height caused on moon from planet, m: 4.81
Planetary axial tilt, degrees: 60.98
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.20
Planetary orbital inclination, degrees: 3.88
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 6.27
Helium (He): 12.53
Oxygen (O2): 100.27
Nitrogen (N2): 87.74
Carbon dioxide (CO2): 137.87
Argon (Ar): 125.34
Krypton (Kr): 263.21
Neon (Ne): 63.29
Water Vapour (H20): 50.13
Methane (CH4): 50.13
Ozone (O3): 150.40
Sulphur Dioxide (SO2): 200.54
Benzene (C6H6): 56.40
Ethane (C2H6): 94.00
Hydrogen Sulphide (H2S): 106.54
Ammonia (NH3): 53.27
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): 65.24
Helium (He): 0.00
Oxygen (O2): 0.00
Nitrogen (N2): +2000.00
Carbon dioxide (CO2): 0.00
Ammonia (NH3): 0.00
Methane (CH4): 649.75
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: +2.71
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): yes, but mainly subsurface
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No
Some questions over methane, seasonal changes may occur in long run
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 2.51
Orbital period in hours: 60.22
Orbital radius (mean) km: 600.75E+6
Satellite diameter, km: 1974
Surface g, m/s/s: 0.46
Earth gravities: 0.05
Satellite mass, kg: 6.70E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 4.02E+18
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.67
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.04
Satellite eccentricity: 0.02
Planetary aphelion m km: 3090.09
Planetary perihelion m km: 2827.87
Satellite apoapsis km: 611134.74
Satellite periapsis km: 590357.18
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 1.48
Tide height caused from moon, m: 0.50
Tide height caused from sun, m: 0.00
Tide height caused on moon from planet, m: 1780.89
Planetary axial tilt, degrees: 60.98
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 2.19
Planetary orbital inclination, degrees: 3.88
Satellite data:
Orbital period in years: 0.01
Orbital period in days: 3.95
Orbital period in hours: 94.81
Orbital radius (mean) km: 813.01E+6
Satellite diameter, km: 1222
Surface g, m/s/s: 0.32
Earth gravities: 0.03
Satellite mass, kg: 1.78E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 956.32E+15
Satellite volume, Earths: 0.00
Density, g/cm^3: 1.86
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.04
Satellite eccentricity: 0.04
Planetary aphelion m km: 3090.09
Planetary perihelion m km: 2827.87
Satellite apoapsis km: 849449.61
Satellite periapsis km: 776575.90
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.53
Tide height caused from moon, m: 0.05
Tide height caused from sun, m: 0.00
Tide height caused on moon from planet, m: 398.74
Planetary axial tilt, degrees: 60.98
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 4.21
Planetary orbital inclination, degrees: 3.88
Satellite data:
Orbital period in years: 0.05
Orbital period in days: 17.16
Orbital period in hours: 411.96
Orbital radius (mean) km: 2.16E+9
Satellite diameter, km: 2350
Surface g, m/s/s: 0.37
Earth gravities: 0.04
Satellite mass, kg: 7.75E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 6.79E+18
Satellite volume, Earths: 0.01
Density, g/cm^3: 1.14
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.04
Satellite eccentricity: 0.13
Planetary aphelion m km: 3090.09
Planetary perihelion m km: 2827.87
Satellite apoapsis km: 2451297.97
Satellite periapsis km: 1878453.93
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 6.15
Tide height caused from moon, m: 0.01
Tide height caused from sun, m: 0.00
Tide height caused on moon from planet, m: 66.14
Planetary axial tilt, degrees: 60.98
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 4.21
Planetary orbital inclination, degrees: 3.88
