Thaileia KW-K a90-0
X: 557.59375 / Y: -32.625 / Z: 5016.1875
Updated
64d 13h
64d 13h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 10
Stations 0
Fuel scoop
Not available
Thaileia KW-K a90-0
Y (Brown dwarf) Star
Subclass1
LuminosityV
Distance0.00ls
Stellar Mass0.02
Radius72,759,216.00
Absolute Magnitude20.10
Rotation Period28,952.15
Surface Temperature585
Age13044
Axial Tilt0.00
Thaileia KW-K a90-0 1
Icy body
Landable
Distance834.73ls
Ascending Node-59.951873
Axial Tilt-0.031197
Eccentricity0.000283
Earth mass0.008286
Orbital Inclination0.263799
Orbital Period446087366.34254
Periapsis181.281482
Radius1688998.375
Rotation Period106518.932836
Semi-Major Axis250302940607.07
Surface Gravity1.157707
Surface Pressure0
Surface Temperature20
Mean Anomaly325.19942
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.71%
Carbon19.09%
Iron15.81%
Phosphorus12.22%
Nickel11.96%
Chromium7.11%
Zinc4.30%
Selenium3.55%
Cadmium1.23%
Molybdenum1.03%
Ruthenium0.98%
Thaileia KW-K a90-0 2
Icy body
Landable
Distance1,214.83ls
Ascending Node23.971447
Axial Tilt-0.482519
Eccentricity0.052884
Earth mass0.007098
Orbital Inclination-4.320713
Orbital Period20494319.200516
Periapsis33.830084
Radius1605307.625
Rotation Period52795.600605
Semi-Major Axis165250062.94251
Surface Gravity1.097884
Surface Pressure0
Surface Temperature20
Mean Anomaly68.358207
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.88%
Carbon19.24%
Iron15.94%
Phosphorus12.32%
Nickel12.05%
Manganese6.58%
Zinc4.33%
Selenium3.58%
Cadmium1.24%
Yttrium0.95%
Tungsten0.88%
Thaileia KW-K a90-0 3
Icy body
Landable
Distance1,215.31ls
Ascending Node23.971447
Axial Tilt0.452888
Eccentricity0.052884
Earth mass0.005539
Orbital Inclination-4.320713
Orbital Period20494319.200516
Periapsis213.830065
Radius1479553.25
Rotation Period107808.985455
Semi-Major Axis211769104.00391
Surface Gravity1.008535
Surface Pressure0
Surface Temperature20
Mean Anomaly68.358283
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.89%
Carbon19.25%
Iron15.94%
Phosphorus12.32%
Nickel12.06%
Manganese6.58%
Zinc4.33%
Vanadium3.92%
Niobium1.09%
Tin1.03%
Technetium0.57%
Thaileia KW-K a90-0 4
Icy body
Landable
Distance2,116.69ls
Ascending Node81.79101
Axial Tilt-2.133945
Eccentricity0.140498
Earth mass0.006917
Orbital Inclination1.382484
Orbital Period37981213.331223
Periapsis126.580925
Radius1584611.5
Rotation Period92631.342904
Semi-Major Axis236522001.02806
Surface Gravity1.097891
Surface Pressure0
Surface Temperature20
Mean Anomaly15.217783
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.24%
Carbon19.54%
Iron16.48%
Phosphorus12.51%
Nickel12.46%
Manganese6.81%
Vanadium4.05%
Zirconium1.91%
Tin1.07%
Ruthenium1.02%
Tungsten0.90%
Thaileia KW-K a90-0 5
Icy body
Landable
Distance2,115.51ls
Ascending Node81.79101
Axial Tilt-0.284249
Eccentricity0.140498
Earth mass0.005074
Orbital Inclination1.382484
Orbital Period37981213.331223
Periapsis306.58092
Radius1437423.625
Rotation Period127387.49792
Semi-Major Axis322432595.49141
Surface Gravity0.978741
Surface Pressure0
Surface Temperature20
Mean Anomaly15.217745
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.66%
Carbon19.89%
Iron16.47%
Phosphorus12.74%
Nickel12.46%
Zinc4.48%
Vanadium4.05%
Germanium3.45%
Cadmium1.28%
Tin1.07%
Polonium0.46%
Thaileia KW-K a90-0 6
Icy body
Landable
Distance2,781.11ls
Ascending Node176.879923
Axial Tilt-0.657652
Eccentricity0.006294
Earth mass0.016117
Orbital Inclination2.274686
Orbital Period2692013740.5396
Periapsis320.846121
Radius2092860.625
Rotation Period154658.657124
Semi-Major Axis829667705297.47
Surface Gravity1.466563
Surface Pressure0
Surface Temperature20
Mean Anomaly218.701377
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.11%
Carbon18.59%
Iron15.61%
Phosphorus11.90%
Nickel11.81%
Chromium7.02%
Manganese6.45%
Vanadium3.83%
Niobium1.07%
Yttrium0.93%
Mercury0.68%
Thaileia KW-K a90-0 6 a
Icy body
Landable
Distance2,780.14ls
Ascending Node-167.831043
Axial Tilt0.173821
Eccentricity0
Earth mass0.0002
Orbital Inclination81.634233
Orbital Period86275293.827057
Periapsis159.521448
Radius522840.1875
Rotation Period74333.287423
Semi-Major Axis1070334613.3232
Surface Gravity0.291537
Surface Pressure0
Surface Temperature20
Mean Anomaly248.727353
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur27.41%
Carbon23.05%
Phosphorus14.76%
Iron12.15%
Nickel9.19%
Chromium5.47%
Selenium4.29%
Arsenic1.43%
Niobium0.83%
Ruthenium0.75%
Tungsten0.67%
Thaileia KW-K a90-0 7
Icy body
Landable
Distance3,583.51ls
Ascending Node100.540176
Axial Tilt0.426669
Eccentricity0.00085
Earth mass0.010343
Orbital Inclination9.394117
Orbital Period3971208691.597
Periapsis352.527568
Radius1816459.625
Rotation Period98058.672091
Semi-Major Axis1075146913528.4
Surface Gravity1.249375
Surface Pressure0
Surface Temperature20
Mean Anomaly23.792618
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.17%
Carbon18.65%
Iron15.44%
Phosphorus11.94%
Nickel11.68%
Chromium6.94%
Manganese6.38%
Zinc4.20%
Molybdenum1.01%
Yttrium0.92%
Mercury0.67%
Thaileia KW-K a90-0 8
Icy body
Landable
Distance4,697.58ls
Ascending Node-120.241263
Axial Tilt0.270922
Eccentricity0.018751
Earth mass0.009216
Orbital Inclination0.18451
Orbital Period6114178299.9039
Periapsis178.7832
Radius1748991.875
Rotation Period134830.027263
Semi-Major Axis1433545172214.5
Surface Gravity1.200766
Surface Pressure0
Surface Temperature20
Mean Anomaly340.286089
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.77%
Carbon19.15%
Iron15.86%
Phosphorus12.26%
Nickel11.99%
Chromium7.13%
Zinc4.31%
Selenium3.56%
Cadmium1.23%
Molybdenum1.04%
Antimony0.70%
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Blu Euq DW-E d11-211📋 | 0 | Anarchy | 11.45 | No | |
| Blu Euq DW-E d11-170📋 | 0 | Anarchy | 22.86 | Yes | |
| Blu Euq DW-E d11-210📋 | 0 | Anarchy | 26.01 | No | |
| Thaileia QI-H a92-6📋 | 0 | Anarchy | 28.32 | No |