Thaileia RG-J d10-62
X: 21.375 / Y: -171.40625 / Z: 5011.65625
Updated
55d 14h
55d 14h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 13
Stations 0
Fuel scoop
Available
Thaileia RG-J d10-62 A
F (White) Star
Fuel scoop
Subclass5
LuminosityVab
Distance0.00ls
Stellar Mass1.39
Radius922,012,928.00
Absolute Magnitude3.55
Rotation Period223,560.53
Surface Temperature6745
Age2706
Axial Tilt0.00
Semi-Major Axis43,578,678,965.57
Eccentricity0.06
Orbital Inclination1.05
Periapsis281.00
Orbital Period20,544,106.96
Ascending Node154.26
Mean Anomaly28.14
Thaileia RG-J d10-62 B
K (Yellow-Orange) Star
Fuel scoop
Subclass8
LuminosityVa
Distance447.93ls
Stellar Mass0.62
Radius495,603,136.00
Absolute Magnitude7.22
Rotation Period300,662.61
Surface Temperature3949
Age2706
Axial Tilt0.00
Semi-Major Axis98,189,973,831.18
Eccentricity0.06
Orbital Inclination1.05
Periapsis101.00
Orbital Period20,544,106.96
Ascending Node154.26
Mean Anomaly28.14
Thaileia RG-J d10-62 B 1
Metal rich body
Landable
Distance448.47ls
Ascending Node115.35444
Axial Tilt0.4173
Eccentricity3.4E-5
Earth mass0.000223
Orbital Inclination0.393241
Orbital Period125402.075052
Periapsis155.233346
Radius324923.875
Rotation Period125402.079081
Semi-Major Axis3195628881.4545
Surface Gravity0.842402
Surface Pressure0
Surface Temperature1332.394043
Mean Anomaly30.057818
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismminor metallic magma volcanism
Reserve Level---
Iron38.73%
Nickel29.29%
Zinc10.52%
Vanadium9.51%
Zirconium4.50%
Cadmium3.01%
Yttrium2.31%
Tungsten2.13%
Thaileia RG-J d10-62 B 2
Metal rich body
Landable
Distance462.19ls
Ascending Node126.309097
Axial Tilt0.409339
Eccentricity0.000783
Earth mass0.000169
Orbital Inclination-0.100666
Orbital Period198828.732967
Periapsis216.839272
Radius296083.28125
Rotation Period198828.739588
Semi-Major Axis4345162153.244
Surface Gravity0.76672
Surface Pressure0
Surface Temperature1191.815796
Mean Anomaly4.385892
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron36.49%
Nickel27.60%
Chromium16.41%
Zinc9.92%
Selenium2.57%
Tin2.44%
Molybdenum2.38%
Yttrium2.18%
Thaileia RG-J d10-62 B 3
Metal rich body
Landable
Distance468.02ls
Ascending Node-127.694956
Axial Tilt-0.222797
Eccentricity0.002798
Earth mass0.000269
Orbital Inclination-0.273474
Orbital Period330945.032835
Periapsis114.816224
Radius345776.875
Rotation Period330945.046765
Semi-Major Axis6102724909.7824
Surface Gravity0.897247
Surface Pressure0
Surface Temperature1059.595581
Mean Anomaly27.17771
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron40.23%
Nickel30.43%
Chromium18.09%
Zirconium4.67%
Tungsten2.21%
Germanium1.90%
Mercury1.76%
Tellurium0.71%
Thaileia RG-J d10-62 B 4
High metal content body
Landable
Distance457.05ls
Ascending Node-62.911981
Axial Tilt-0.4484
Eccentricity0.108685
Earth mass0.000839
Orbital Inclination-4.096402
Orbital Period41869.239807
Periapsis179.342094
Radius624120
Rotation Period102146.652952
Semi-Major Axis1088733.136654
Surface Gravity0.858986
Surface Pressure0
Surface Temperature963.89679
Mean Anomaly174.997388
LandableYes
Tidal LockNo
Atmosphere TypeNone
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Iron21.92%
Nickel16.58%
Sulphur15.57%
Carbon13.10%
Chromium9.86%
Manganese9.05%
Phosphorus8.38%
Arsenic2.06%
Yttrium1.31%
Tungsten1.20%
Mercury0.96%
Thaileia RG-J d10-62 B 5
High metal content body
Landable
Distance457.06ls
Ascending Node-62.911981
Axial Tilt-0.51803
Eccentricity0.108685
Earth mass0.00051
Orbital Inclination-4.096402
Orbital Period41869.239807
Periapsis359.342089
Radius529187.4375
Rotation Period53089.644294
Semi-Major Axis1791297.43576
Surface Gravity0.726201
Surface Pressure0
Surface Temperature963.89679
Mean Anomaly174.967095
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Iron20.89%
Nickel15.80%
Sulphur14.84%
Carbon12.48%
Chromium9.40%
Manganese8.63%
Phosphorus7.99%
Zinc5.68%
Cadmium1.62%
Niobium1.43%
Yttrium1.25%
Thaileia RG-J d10-62 B 6
High metal content body
Landable
Distance433.95ls
Ascending Node152.193745
Axial Tilt0.493274
Eccentricity0.002289
Earth mass0.001885
Orbital Inclination-2.488151
Orbital Period1273247.897625
Periapsis133.049735
Radius815626.125
Rotation Period1273247.948279
Semi-Major Axis14984025359.154
Surface Gravity1.129495
Surface Pressure0
Surface Temperature801.160645
Mean Anomaly207.716129
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron22.64%
Nickel17.12%
Sulphur16.09%
Carbon13.53%
Manganese9.35%
Phosphorus8.66%
Vanadium5.56%
Zirconium2.63%
Niobium1.55%
Molybdenum1.48%
Ruthenium1.40%
Thaileia RG-J d10-62 AB 1
High metal content body
Distance1,496.38ls
Ascending Node-112.531116
Axial Tilt-0.088026
Eccentricity0.000407
Earth mass0.213872
Orbital Inclination-0.002343
Orbital Period110042482.61452
Periapsis83.382526
Radius3789631.25
Rotation Period159829.295641
Semi-Major Axis434006005525.59
Surface Gravity5.935663
Surface Pressure25754.798828
Surface Temperature296.277985
Mean Anomaly110.561878
LandableNo
Tidal LockNo
Atmosphere TypeCarbonDioxide
Reserve Level---
Thaileia RG-J d10-62 AB 2
High metal content body
Distance2,232.57ls
Ascending Node82.741776
Axial Tilt-0.13134
Eccentricity0.001524
Earth mass0.109112
Orbital Inclination-1.522115
Orbital Period191869246.95969
Periapsis314.481451
Radius3062550.25
Rotation Period64120.51357
Semi-Major Axis628722578287.12
Surface Gravity4.636778
Surface Pressure27964.205078
Surface Temperature242.550735
Mean Anomaly260.987933
LandableNo
Tidal LockNo
Atmosphere TypeCarbonDioxide
Reserve Level---
Thaileia RG-J d10-62 AB 3
Rocky ice body
Distance2,836.38ls
Ascending Node25.614934
Axial Tilt-0.448648
Eccentricity0.007021
Earth mass0.106926
Orbital Inclination-1.549728
Orbital Period284505528.21159
Periapsis88.410177
Radius3463106.75
Rotation Period53090.681727
Semi-Major Axis817553132772.45
Surface Gravity3.553536
Surface Pressure280077.71875
Surface Temperature133.990829
Mean Anomaly347.929533
LandableNo
Tidal LockNo
Atmosphere TypeArgon
Reserve Level---
Thaileia RG-J d10-62 AB 4
Rocky ice body
Distance3,718.67ls
Ascending Node161.975467
Axial Tilt-0.109782
Eccentricity0.174256
Earth mass0.184911
Orbital Inclination8.388434
Orbital Period47600257.992744
Periapsis34.790948
Radius4121228
Rotation Period149134.806388
Semi-Major Axis764183366.29868
Surface Gravity4.339283
Surface Pressure38787400
Surface Temperature144.098022
Mean Anomaly208.561333
LandableNo
Tidal LockNo
Atmosphere TypeNitrogen
Reserve Level---
Thaileia RG-J d10-62 AB 5
Rocky ice body
Distance3,711.34ls
Ascending Node161.975467
Axial Tilt-0.1084
Eccentricity0.174256
Earth mass0.122659
Orbital Inclination8.388434
Orbital Period47600257.992744
Periapsis214.790929
Radius3618073.75
Rotation Period136984.328394
Semi-Major Axis1152016162.8723
Surface Gravity3.734698
Surface Pressure28706926
Surface Temperature140.715195
Mean Anomaly208.561352
LandableNo
Tidal LockNo
Atmosphere TypeNitrogen
Reserve Level---
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Thaileia RG-J d10-192π | 0 | Anarchy | 3.91 | Yes | |
| Thaileia RG-J d10-61π | 0 | Anarchy | 12.91 | Yes | |
| Thaileia RG-J d10-190π | 0 | Anarchy | 14.47 | Yes | |
| Thaileia RG-J d10-193π | 0 | Anarchy | 16.46 | Yes | |
| Thaileia RG-J d10-63π | 0 | Anarchy | 17.43 | Yes | |
| Thaileia RG-J d10-165π | 0 | Anarchy | 19.58 | Yes | |
| Thaileia RG-J d10-60π | 0 | Anarchy | 20.56 | No | |
| Thaileia CW-L a88-0π | 0 | Anarchy | 21.46 | No | |
| Thaileia RG-J d10-40π | 0 | Anarchy | 21.88 | Yes | |
| Thaileia RG-J d10-194π | 0 | Anarchy | 22.97 | Yes | |
| Thaileia VM-H d11-71π | 0 | Anarchy | 23.50 | Yes | |
| Thaileia RG-J d10-1π | 0 | Anarchy | 23.93 | Yes | |
| Thaileia RG-J d10-42π | 0 | Anarchy | 26.55 | No | |
| Thaileia RG-J d10-124π | 0 | Anarchy | 27.23 | Yes | |
| Thaileia YP-N a87-0π | 0 | Anarchy | 30.18 | No | |
| Thaileia QZ-O c22-10π | 0 | Anarchy | 30.24 | Yes | |
| Thaileia RG-J d10-166π | 0 | Anarchy | 30.64 | Yes | |
| Thaileia RG-J d10-34π | 0 | Anarchy | 31.75 | Yes |