IC 1396 Sector XS-J c9-2
X: -2259.75 / Y: -58.09375 / Z: -542.09375
Updated
20d 22h
20d 22h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 11
Stations 0
Fuel scoop
Available
IC 1396 Sector XS-J c9-2
G (White-Yellow) Star
Fuel scoop
Subclass9
LuminosityVab
Distance0.00ls
Stellar Mass0.79
Radius582,965,120.00
Absolute Magnitude5.65
Rotation Period293,144.35
Surface Temperature5231
Age10048
Axial Tilt0.00
IC 1396 Sector XS-J c9-2 1
High metal content body
Landable
Distance68.94ls
Ascending Node113.104104
Axial Tilt-0.136268
Eccentricity9.1E-5
Earth mass0.059535
Orbital Inclination-0.037548
Orbital Period1819393.157959
Periapsis30.641827
Radius2522543
Rotation Period1819400.603071
Semi-Major Axis20665775537.491
Surface Gravity3.729128
Surface Pressure0
Surface Temperature557.685425
Mean Anomaly166.437596
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron21.82%
Nickel16.50%
Sulphur15.51%
Carbon13.05%
Manganese9.01%
Phosphorus8.35%
Zinc5.93%
Vanadium5.36%
Cadmium1.69%
Molybdenum1.42%
Ruthenium1.35%
IC 1396 Sector XS-J c9-2 2
High metal content body
Landable
Distance92.48ls
Ascending Node-1.314309
Axial Tilt-0.028506
Eccentricity7.0E-6
Earth mass0.075422
Orbital Inclination-0.000809
Orbital Period2827240.347862
Periapsis142.411316
Radius2721668.75
Rotation Period2827252.013005
Semi-Major Axis27725275158.882
Surface Gravity4.058248
Surface Pressure0
Surface Temperature481.478882
Mean Anomaly357.597309
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron21.21%
Nickel16.04%
Sulphur15.08%
Carbon12.68%
Chromium9.54%
Manganese8.76%
Phosphorus8.12%
Vanadium5.21%
Molybdenum1.39%
Tin1.37%
Polonium0.59%
IC 1396 Sector XS-J c9-2 3
High metal content body
Landable
Distance121.54ls
Ascending Node139.17357
Axial Tilt1.726977
Eccentricity0.000398
Earth mass0.088512
Orbital Inclination0.000188
Orbital Period4257703.602314
Periapsis107.574455
Radius2853388.5
Rotation Period-4257721.069387
Semi-Major Axis36426515579.224
Surface Gravity4.333015
Surface Pressure0
Surface Temperature420.055145
Mean Anomaly225.389728
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron23.66%
Nickel17.90%
Sulphur16.58%
Carbon13.94%
Phosphorus8.93%
Zinc6.43%
Vanadium5.81%
Arsenic2.18%
Niobium1.62%
Tin1.53%
Yttrium1.41%
IC 1396 Sector XS-J c9-2 4
High metal content body
Landable
Distance158.68ls
Ascending Node83.374821
Axial Tilt-0.238015
Eccentricity0.00078
Earth mass0.058031
Orbital Inclination-0.051955
Orbital Period6361140.25116
Periapsis317.909222
Radius2501846.5
Rotation Period6361166.125754
Semi-Major Axis47605519890.785
Surface Gravity3.69526
Surface Pressure0
Surface Temperature367.440033
Mean Anomaly23.751201
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron21.74%
Nickel16.45%
Sulphur15.46%
Carbon13.00%
Chromium9.78%
Phosphorus8.32%
Zinc5.91%
Vanadium5.34%
Molybdenum1.42%
Tin1.40%
Tellurium1.18%
IC 1396 Sector XS-J c9-2 5
High metal content body
Landable
Distance228.91ls
Ascending Node-118.6574
Axial Tilt0.189232
Eccentricity0.001295
Earth mass0.06789
Orbital Inclination0.077414
Orbital Period10989500.284195
Periapsis279.278519
Radius2631306.75
Rotation Period10989545.410309
Semi-Major Axis68541346788.406
Surface Gravity3.908141
Surface Pressure0
Surface Temperature306.223785
Mean Anomaly196.366693
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron22.04%
Nickel16.67%
Sulphur15.67%
Carbon13.18%
Chromium9.91%
Phosphorus8.44%
Vanadium5.41%
Germanium4.61%
Niobium1.51%
Ruthenium1.36%
Tungsten1.21%
IC 1396 Sector XS-J c9-2 6
Rocky ice body
Distance380.35ls
Ascending Node-136.727645
Axial Tilt1.033349
Eccentricity5.4E-5
Earth mass0.412663
Orbital Inclination-0.004633
Orbital Period23581587.076187
Periapsis98.942431
Radius5143951.5
Rotation Period1055254.320811
Semi-Major Axis114029204845.43
Surface Gravity6.216009
Surface Pressure61819732
Surface Temperature327.561676
Mean Anomaly41.967437
LandableNo
Tidal LockNo
Atmosphere TypeArgonRich
Reserve Level---
IC 1396 Sector XS-J c9-2 7
Icy body
Distance565.35ls
Ascending Node-105.407472
Axial Tilt-0.118157
Eccentricity0.08382
Earth mass0.361263
Orbital Inclination-2.512017
Orbital Period32758778.333664
Periapsis315.21685
Radius5700914
Rotation Period89650.041037
Semi-Major Axis819246608.01888
Surface Gravity4.430405
Surface Pressure108364.179688
Surface Temperature184.787476
Mean Anomaly318.163305
LandableNo
Tidal LockNo
Atmosphere TypeArgonRich
Volcanismminor nitrogen magma volcanism
Reserve Level---
IC 1396 Sector XS-J c9-2 8
Icy body
Distance559.88ls
Ascending Node-105.407472
Axial Tilt-0.132667
Eccentricity0.08382
Earth mass0.273435
Orbital Inclination-2.512017
Orbital Period32758778.333664
Periapsis135.216855
Radius5225616
Rotation Period145281.14891
Semi-Major Axis1082388699.0547
Surface Gravity3.991067
Surface Pressure10773.018555
Surface Temperature182.161911
Mean Anomaly318.16326
LandableNo
Tidal LockNo
Atmosphere TypeArgon
Reserve Level---
IC 1396 Sector XS-J c9-2 9
Icy body
Distance718.47ls
Ascending Node-142.258938
Axial Tilt0.036974
Eccentricity0.003382
Earth mass0.377269
Orbital Inclination-0.224102
Orbital Period60989328.622818
Periapsis1.097144
Radius5778345
Rotation Period46798.888996
Semi-Major Axis214850604534.15
Surface Gravity4.50354
Surface Pressure323912.84375
Surface Temperature165.625549
Mean Anomaly222.123007
LandableNo
Tidal LockNo
Atmosphere TypeArgonRich
Reserve Level---
IC 1396 Sector XS-J c9-2 10
Icy body
Distance958.29ls
Ascending Node20.639759
Axial Tilt0.481642
Eccentricity0.001489
Earth mass0.253513
Orbital Inclination0.092748
Orbital Period94295455.217361
Periapsis262.68243
Radius5102969
Rotation Period147080.966807
Semi-Major Axis287272799015.05
Surface Gravity3.880284
Surface Pressure637019
Surface Temperature140.072937
Mean Anomaly267.991378
LandableNo
Tidal LockNo
Atmosphere TypeArgonRich
Reserve Level---
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| IC 1396 Sector UV-U b17-2📋 | 0 | --- | 17.40 | No | |
| Synuefue WM-T b23-1📋 | 0 | --- | 17.68 | No |