Phylucs JR-W e1-3
X: 1724.5 / Y: 197.71875 / Z: 1928.96875
Updated
13d 3h
13d 3h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 22
Stations 0
Fuel scoop
Available
Phylucs JR-W e1-3
B (Blue-White) Star
Fuel scoop
Subclass0
LuminosityVz
Distance0.00ls
Stellar Mass4.68
Radius1,739,089,536.00
Absolute Magnitude-1.29
Rotation Period81,618.12
Surface Temperature14960
Age128
Axial Tilt0.00
Phylucs JR-W e1-3 1
T Tauri Star
Subclass2
LuminosityVI
Distance280.08ls
Stellar Mass0.02
Radius71,867,760.00
Absolute Magnitude20.36
Rotation Period159,736.90
Surface Temperature503
Age128
Axial Tilt-0.23
Semi-Major Axis83,964,445,590.97
Eccentricity0.00
Orbital Inclination-0.03
Periapsis46.74
Orbital Period5,950,383.90
Ascending Node-97.90
Mean Anomaly101.95
Phylucs JR-W e1-3 2
Metal rich body
Distance371.68ls
Ascending Node-69.834142
Axial Tilt-0.470248
Eccentricity0.000239
Earth mass3.839848
Orbital Inclination-0.003483
Orbital Period9093693.256378
Periapsis98.189201
Radius7058686
Rotation Period2161944.396058
Semi-Major Axis111401832103.73
Surface Gravity30.716783
Surface Pressure0.66813
Surface Temperature1186.96521
Mean Anomaly161.05959
LandableNo
Tidal LockYes
Atmosphere TypeNone
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Phylucs JR-W e1-3 3
High metal content body
Distance449.10ls
Ascending Node23.179336
Axial Tilt1.664348
Eccentricity6.6E-5
Earth mass36.213745
Orbital Inclination-0.040879
Orbital Period12082799.67308
Periapsis320.013443
Radius15209284
Rotation Period92431.126152
Semi-Major Axis134640949964.52
Surface Gravity62.397227
Surface Pressure3052096978944
Surface Temperature10076.947266
Mean Anomaly301.440843
LandableNo
Tidal LockNo
Atmosphere TypeSilicateVapour
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Phylucs JR-W e1-3 4
T Tauri Star
Subclass4
LuminosityVI
Distance818.98ls
Stellar Mass0.02
Radius55,927,804.00
Absolute Magnitude22.27
Rotation Period14,643.46
Surface Temperature368
Age128
Axial Tilt2.10
Semi-Major Axis10,043,446.42
Eccentricity0.12
Orbital Inclination-6.80
Periapsis357.79
Orbital Period4,292,373.18
Ascending Node-119.47
Mean Anomaly272.14
Phylucs JR-W e1-3 5
High metal content body
Landable
Distance793.89ls
Ascending Node-119.47247
Axial Tilt-0.385627
Eccentricity0.12104
Earth mass5.57445
Orbital Inclination-6.803209
Orbital Period4292373.180389
Periapsis177.788161
Radius9890203
Rotation Period4294496.548293
Semi-Major Axis10150958895.683
Surface Gravity22.714384
Surface Pressure0
Surface Temperature814.4729
Mean Anomaly272.179387
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Iron21.92%
Nickel16.58%
Sulphur15.52%
Carbon13.05%
Chromium9.86%
Manganese9.05%
Phosphorus8.35%
Arsenic2.05%
Molybdenum1.43%
Tin1.42%
Technetium0.78%
Phylucs JR-W e1-3 6
High metal content body
Distance992.14ls
Ascending Node4.285964
Axial Tilt-0.120797
Eccentricity0.000314
Earth mass1.90613
Orbital Inclination-0.220789
Orbital Period39670516.848564
Periapsis283.290938
Radius7347619.5
Rotation Period112076.011748
Semi-Major Axis297424912452.7
Surface Gravity14.072417
Surface Pressure5952150.5
Surface Temperature1957.449341
Mean Anomaly263.148174
LandableNo
Tidal LockNo
Atmosphere TypeCarbonDioxide
Volcanismminor metallic magma volcanism
Reserve Level---
Phylucs JR-W e1-3 7
T Tauri Star
Subclass0
LuminosityVI
Distance1,435.18ls
Stellar Mass0.03
Radius78,065,456.00
Absolute Magnitude18.95
Rotation Period44,092.70
Surface Temperature669
Age128
Axial Tilt-0.05
Semi-Major Axis5,360,502,421.86
Eccentricity0.07
Orbital Inclination-0.99
Periapsis299.87
Orbital Period2,657,839.60
Ascending Node-73.02
Mean Anomaly343.58
Phylucs JR-W e1-3 8
T Tauri Star
Subclass3
LuminosityVI
Distance1,457.61ls
Stellar Mass0.02
Radius71,294,688.00
Absolute Magnitude20.78
Rotation Period158,449.88
Surface Temperature459
Age128
Axial Tilt-0.10
Semi-Major Axis5,734,742,283.82
Eccentricity0.07
Orbital Inclination-0.99
Periapsis119.87
Orbital Period2,657,839.60
Ascending Node-73.02
Mean Anomaly343.58
Phylucs JR-W e1-3 9
High metal content body
Distance1,349.25ls
Ascending Node110.618834
Axial Tilt-0.24338
Eccentricity0.115812
Earth mass1.032598
Orbital Inclination-9.180535
Orbital Period11522333.621979
Periapsis95.823815
Radius6139400.5
Rotation Period108489.256119
Semi-Major Axis29498209953.308
Surface Gravity10.919154
Surface Pressure414208.34375
Surface Temperature1162.948853
Mean Anomaly270.639378
LandableNo
Tidal LockNo
Atmosphere TypeCarbonDioxide
Reserve Level---
Phylucs JR-W e1-3 10
T Tauri Star
Subclass4
LuminosityVI
Distance1,959.53ls
Stellar Mass0.02
Radius63,929,624.00
Absolute Magnitude21.76
Rotation Period16,667.03
Surface Temperature387
Age128
Axial Tilt-2.61
Semi-Major Axis587,474,751,472.47
Eccentricity0.00
Orbital Inclination0.00
Periapsis201.63
Orbital Period110,124,933.72
Ascending Node-146.45
Mean Anomaly3.50
Phylucs JR-W e1-3 10 a
Rocky body
Landable
Distance1,975.12ls
Ascending Node-103.155558
Axial Tilt0.512378
Eccentricity0
Earth mass0.086452
Orbital Inclination-16.684284
Orbital Period8568879.663944
Periapsis125.000935
Radius2989946.25
Rotation Period8568927.680262
Semi-Major Axis17941613793.373
Surface Gravity3.854417
Surface Pressure0
Surface Temperature530.268433
Mean Anomaly93.603368
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron20.48%
Sulphur18.29%
Nickel15.49%
Carbon15.38%
Phosphorus9.85%
Manganese8.46%
Zinc5.57%
Arsenic2.42%
Cadmium1.59%
Tin1.26%
Yttrium1.22%
Phylucs JR-W e1-3 11
T Tauri Star
Subclass4
LuminosityVI
Distance2,616.34ls
Stellar Mass0.02
Radius55,184,932.00
Absolute Magnitude22.39
Rotation Period167,089.50
Surface Temperature360
Age128
Axial Tilt0.24
Semi-Major Axis788,277,232,646.94
Eccentricity0.01
Orbital Inclination0.06
Periapsis137.99
Orbital Period171,167,117.36
Ascending Node90.17
Mean Anomaly10.37
Phylucs JR-W e1-3 11 a
Sudarsky class III gas giant
Distance2,622.48ls
Ascending Node72.201001
Axial Tilt-0.500081
Eccentricity0
Earth mass667.878357
Orbital Inclination83.056968
Orbital Period9360588.669777
Periapsis158.730601
Radius77392080
Rotation Period9818829.733159
Semi-Major Axis18644511699.677
Surface Gravity44.444064
Surface Pressure0
Surface Temperature549.787109
Mean Anomaly133.757543
LandableNo
Tidal LockYes
Atmosphere Type---
Reserve Level---
Phylucs JR-W e1-3 12
T Tauri Star
Subclass7
LuminosityVI
Distance3,560.33ls
Stellar Mass0.05
Radius116,546,336.00
Absolute Magnitude17.10
Rotation Period150,404.15
Surface Temperature837
Age128
Axial Tilt-3.06
Semi-Major Axis9,206,634,342.67
Eccentricity0.06
Orbital Inclination2.25
Periapsis131.68
Orbital Period16,806,724.07
Ascending Node19.80
Mean Anomaly253.84
Phylucs JR-W e1-3 13
T Tauri Star
Subclass4
LuminosityVI
Distance3,634.04ls
Stellar Mass0.01
Radius46,334,120.00
Absolute Magnitude22.21
Rotation Period135,184.01
Surface Temperature410
Age128
Axial Tilt0.09
Semi-Major Axis31,264,839,768.41
Eccentricity0.06
Orbital Inclination2.25
Periapsis311.68
Orbital Period16,806,724.07
Ascending Node19.80
Mean Anomaly253.84
Phylucs JR-W e1-3 14
T Tauri Star
Subclass0
LuminosityVI
Distance4,857.78ls
Stellar Mass0.05
Radius110,263,744.00
Absolute Magnitude18.11
Rotation Period97,924.88
Surface Temperature682
Age128
Axial Tilt0.27
Semi-Major Axis1,432,391,345,500.95
Eccentricity0.02
Orbital Inclination-0.16
Periapsis31.01
Orbital Period419,270,563.13
Ascending Node-177.19
Mean Anomaly162.38
Phylucs JR-W e1-3 14 a
Sudarsky class III gas giant
Distance4,793.65ls
Ascending Node-163.671505
Axial Tilt-0.121442
Eccentricity0
Earth mass327.893982
Orbital Inclination23.973766
Orbital Period14908052.08683
Periapsis81.96075
Radius73541888
Rotation Period150803.043539
Semi-Major Axis33824323415.756
Surface Gravity24.164248
Surface Pressure0
Surface Temperature390.207794
Mean Anomaly205.324718
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve Level---
Phylucs JR-W e1-3 15
T Tauri Star
Subclass5
LuminosityVI
Distance6,633.75ls
Stellar Mass0.02
Radius55,312,280.00
Absolute Magnitude22.69
Rotation Period141,898.83
Surface Temperature336
Age128
Axial Tilt-0.22
Semi-Major Axis802,740,347.39
Eccentricity0.02
Orbital Inclination1.19
Periapsis107.38
Orbital Period105,470,681.19
Ascending Node19.79
Mean Anomaly161.36
Phylucs JR-W e1-3 16
High metal content body
Distance6,382.79ls
Ascending Node19.788807
Axial Tilt0.477819
Eccentricity0.01693
Earth mass60.291649
Orbital Inclination1.185997
Orbital Period105470681.19049
Periapsis287.382258
Radius16645905
Rotation Period158348.035839
Semi-Major Axis91041557192.802
Surface Gravity86.726481
Surface Pressure21247232000
Surface Temperature2873.274414
Mean Anomaly161.35954
LandableNo
Tidal LockNo
Atmosphere TypeWater
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Phylucs JR-W e1-3 17
High metal content body
Distance9,224.32ls
Ascending Node170.395373
Axial Tilt3.132102
Eccentricity0.004248
Earth mass186.802094
Orbital Inclination1.21754
Orbital Period1131874024.868
Periapsis57.772414
Radius18823080
Rotation Period95078.564982
Semi-Major Axis2777138292789.5
Surface Gravity210.140496
Surface Pressure123540520960
Surface Temperature2977.516602
Mean Anomaly355.231845
LandableNo
Tidal LockNo
Atmosphere TypeWater
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Phylucs JR-W e1-3 17 a
Rocky body
Distance9,176.78ls
Ascending Node-125.097514
Axial Tilt-0.451387
Eccentricity0
Earth mass5.337674
Orbital Inclination-24.496217
Orbital Period79610480.666161
Periapsis183.818347
Radius10336058
Rotation Period48486.483481
Semi-Major Axis23080163598.061
Surface Gravity19.913681
Surface Pressure191317440
Surface Temperature1303.733032
Mean Anomaly289.534228
LandableNo
Tidal LockNo
Atmosphere TypeWater
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Phylucs NI-P b20-0๐ | 0 | Anarchy | 8.25 | Yes | |
| Phylucs PD-P b20-0๐ | 0 | Anarchy | 19.76 | Yes | |
| Phylucs PD-P b20-1๐ | 0 | Anarchy | 21.52 | Yes | |
| Phylucs WO-R d4-31๐ | 0 | Anarchy | 24.29 | Yes | |
| Phylucs MI-P b20-1๐ | 0 | Anarchy | 24.70 | Yes |