Synuefai NP-D a39-0
X: -1111.84375 / Y: -35.09375 / Z: -645.625
Updated
98d 22h
98d 22h
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
Synuefai NP-D a39-0
Y (Brown dwarf) Star
Subclass6
LuminosityV
Distance0.00ls
Stellar Mass0.01
Radius32,452,986.00
Absolute Magnitude24.50
Rotation Period14,863.65
Surface Temperature279
Age12252
Axial Tilt0.00
Synuefai NP-D a39-0 1
Icy body
Landable
Distance938.44ls
Ascending Node139.967023
Axial Tilt-2.794691
Eccentricity0.000398
Earth mass0.09633
Orbital Inclination0.956206
Orbital Period920619475.84152
Periapsis204.915234
Radius3744283.5
Rotation Period268896.965413
Semi-Major Axis281326776742.94
Surface Gravity2.738621
Surface Pressure0.907779
Surface Temperature20.001348
Mean Anomaly95.241299
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.95%
Carbon19.30%
Iron15.98%
Phosphorus12.36%
Nickel12.09%
Chromium7.19%
Vanadium3.92%
Germanium3.33%
Molybdenum1.04%
Yttrium0.95%
Tungsten0.88%
Synuefai NP-D a39-0 1 a
Icy body
Landable
Distance936.19ls
Ascending Node-146.711032
Axial Tilt0.31801
Eccentricity0
Earth mass0.00272
Orbital Inclination-14.02731
Orbital Period46827660.799026
Periapsis357.495482
Radius1243324
Rotation Period40469.518017
Semi-Major Axis1299187839.0312
Surface Gravity0.70126
Surface Pressure0
Surface Temperature20
Mean Anomaly350.540156
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur27.85%
Carbon23.42%
Phosphorus14.99%
Iron12.13%
Nickel9.17%
Chromium5.45%
Germanium3.20%
Zirconium1.41%
Tellurium0.83%
Molybdenum0.79%
Tin0.76%
Synuefai NP-D a39-0 2
Icy body
Landable
Distance1,609.22ls
Ascending Node-63.928255
Axial Tilt2.933723
Eccentricity0.048188
Earth mass0.024024
Orbital Inclination-9.358525
Orbital Period124342143.53561
Periapsis98.794182
Radius2387738.25
Rotation Period147747.010873
Semi-Major Axis846227437.25777
Surface Gravity1.679472
Surface Pressure0
Surface Temperature20
Mean Anomaly330.285266
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.57%
Carbon19.82%
Iron16.47%
Phosphorus12.69%
Nickel12.46%
Zinc4.48%
Vanadium4.05%
Selenium3.69%
Cadmium1.28%
Tungsten0.90%
Technetium0.59%
Synuefai NP-D a39-0 3
Icy body
Landable
Distance1,614.95ls
Ascending Node-63.928255
Axial Tilt-0.088732
Eccentricity0.048188
Earth mass0.019424
Orbital Inclination-9.358525
Orbital Period124342143.53561
Periapsis278.794177
Radius2233890.75
Rotation Period42635.923261
Semi-Major Axis1046634018.4212
Surface Gravity1.551367
Surface Pressure0
Surface Temperature20
Mean Anomaly330.28525
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.05%
Carbon19.38%
Iron15.93%
Phosphorus12.41%
Nickel12.05%
Manganese6.58%
Vanadium3.91%
Selenium3.61%
Niobium1.09%
Tin1.04%
Yttrium0.95%
Synuefai NP-D a39-0 4
Icy body
Landable
Distance2,939.64ls
Ascending Node-63.64692
Axial Tilt0.015128
Eccentricity0.004587
Earth mass0.014607
Orbital Inclination-1.094088
Orbital Period5133037328.7201
Periapsis15.736209
Radius2035250.125
Rotation Period100047.383226
Semi-Major Axis884587055444.72
Surface Gravity1.40551
Surface Pressure0
Surface Temperature20
Mean Anomaly324.715504
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.95%
Carbon20.14%
Iron16.56%
Phosphorus12.90%
Nickel12.52%
Vanadium4.07%
Selenium3.75%
Germanium3.46%
Ruthenium1.02%
Tungsten0.91%
Mercury0.72%
Synuefai NP-D a39-0 5
Icy body
Landable
Distance3,840.24ls
Ascending Node25.895651
Axial Tilt1.921877
Eccentricity0.015891
Earth mass0.039894
Orbital Inclination-2.029282
Orbital Period7514662683.0101
Periapsis223.774469
Radius2804281.5
Rotation Period51049.724166
Semi-Major Axis1140505254268.6
Surface Gravity2.021955
Surface Pressure0
Surface Temperature20
Mean Anomaly234.268838
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur21.97%
Carbon18.47%
Iron15.60%
Phosphorus11.83%
Nickel11.80%
Chromium7.02%
Manganese6.44%
Vanadium3.83%
Niobium1.07%
Tin1.02%
Ruthenium0.96%
Synuefai NP-D a39-0 5 a
Icy body
Landable
Distance3,854.20ls
Ascending Node-42.490921
Axial Tilt0.505066
Eccentricity0
Earth mass0.004256
Orbital Inclination43.125828
Orbital Period411611145.73479
Periapsis321.046359
Radius1441255.375
Rotation Period82974.074272
Semi-Major Axis4226888537.4069
Surface Gravity0.81665
Surface Pressure0
Surface Temperature20
Mean Anomaly69.508385
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur27.99%
Carbon23.54%
Phosphorus15.07%
Iron12.19%
Nickel9.22%
Manganese5.03%
Germanium3.21%
Zirconium1.42%
Niobium0.83%
Tin0.76%
Yttrium0.73%
Synuefai NP-D a39-0 6
Icy body
Landable
Distance5,009.34ls
Ascending Node-92.5833
Axial Tilt-0.512102
Eccentricity0.000631
Earth mass0.018851
Orbital Inclination-0.10727
Orbital Period11357636451.721
Periapsis128.256756
Radius2212186.75
Rotation Period69516.515222
Semi-Major Axis1502044975757.6
Surface Gravity1.535347
Surface Pressure0
Surface Temperature20
Mean Anomaly72.621545
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur24.38%
Carbon20.50%
Iron16.86%
Phosphorus13.13%
Nickel12.75%
Zinc4.58%
Selenium3.82%
Arsenic1.58%
Tungsten0.93%
Antimony0.74%
Mercury0.74%
Synuefai NP-D a39-0 7
Icy body
Landable
Distance7,075.01ls
Ascending Node-123.361016
Axial Tilt0.279586
Eccentricity4.9E-5
Earth mass0.022225
Orbital Inclination-2.317246
Orbital Period19057628512.383
Periapsis249.689614
Radius2334258.5
Rotation Period82132.419684
Semi-Major Axis2120981454849.2
Surface Gravity1.625756
Surface Pressure0
Surface Temperature20
Mean Anomaly238.51045
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.44%
Carbon19.71%
Iron16.20%
Phosphorus12.62%
Nickel12.25%
Chromium7.29%
Selenium3.67%
Arsenic1.51%
Cadmium1.26%
Tin1.06%
Ruthenium1.00%
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Synuefai OA-C a40-2📋 | 0 | Anarchy | 16.61 | No | |
| Synuefai SA-U d4-23📋 | 0 | --- | 16.69 | Yes | |
| Wredguia OT-Q b18-1📋 | 0 | --- | 22.80 | No | |
| Synuefai QG-A a41-1📋 | 0 | Anarchy | 28.54 | No |