Hegua UR-N c6-35
X: -3175.5625 / Y: 5.53125 / Z: -3339.6875
Updated
9d 23h
9d 23h
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
Hegua UR-N c6-35
G (White-Yellow) Star
Fuel scoop
Subclass8
LuminosityVab
Distance0.00ls
Stellar Mass0.83
Radius576,491,520.00
Absolute Magnitude5.60
Rotation Period303,834.53
Surface Temperature5317
Age6636
Axial Tilt0.00
Hegua UR-N c6-35 1
High metal content body
Landable
Distance463.25ls
Ascending Node157.574848
Axial Tilt-0.306148
Eccentricity0.000686
Earth mass0.047022
Orbital Inclination-0.001267
Orbital Period31002836.823463
Periapsis211.465187
Radius2340816
Rotation Period103251.73401
Semi-Major Axis138972318172.45
Surface Gravity3.420405
Surface Pressure10.424517
Surface Temperature217.506042
Mean Anomaly14.421599
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron22.40%
Nickel16.94%
Sulphur16.12%
Carbon13.56%
Manganese9.25%
Phosphorus8.68%
Zinc6.09%
Zirconium2.60%
Niobium1.53%
Tin1.45%
Ruthenium1.38%
Hegua UR-N c6-35 2
High metal content body
Landable
Distance594.95ls
Ascending Node-32.154601
Axial Tilt3.109485
Eccentricity4.5E-5
Earth mass0.051325
Orbital Inclination0.015821
Orbital Period45074540.97271
Periapsis19.557813
Radius2395584
Rotation Period50316.798513
Semi-Major Axis178353458642.96
Surface Gravity3.564655
Surface Pressure173.345169
Surface Temperature192.352966
Mean Anomaly189.20918
LandableYes
Tidal LockNo
Atmosphere TypeSulphurDioxide
Reserve Level---
Iron21.09%
Nickel15.96%
Sulphur14.90%
Carbon12.53%
Chromium9.49%
Manganese8.71%
Phosphorus8.02%
Zinc5.73%
Niobium1.44%
Molybdenum1.38%
Technetium0.75%
Hegua UR-N c6-35 2 a
Rocky body
Landable
Distance594.94ls
Ascending Node112.496125
Axial Tilt0.471483
Eccentricity0
Earth mass0.005072
Orbital Inclination50.487495
Orbital Period1483075.499535
Periapsis296.147628
Radius1188913.5
Rotation Period1554630.696919
Semi-Major Axis107790732.38373
Surface Gravity1.430212
Surface Pressure0
Surface Temperature191.881058
Mean Anomaly135.451864
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.94%
Sulphur18.08%
Carbon15.20%
Nickel15.08%
Phosphorus9.73%
Manganese8.24%
Zinc5.42%
Vanadium4.90%
Molybdenum1.30%
Ruthenium1.23%
Mercury0.87%
Hegua UR-N c6-35 3
High metal content body
Landable
Distance789.63ls
Ascending Node143.290945
Axial Tilt-0.213281
Eccentricity0.001016
Earth mass0.035633
Orbital Inclination-9.5E-5
Orbital Period68878865.838051
Periapsis273.091443
Radius2140020.25
Rotation Period163593.136254
Semi-Major Axis236619931459.43
Surface Gravity3.101166
Surface Pressure493.479187
Surface Temperature168.736282
Mean Anomaly244.37819
LandableYes
Tidal LockNo
Atmosphere TypeAmmonia
Reserve Level---
Iron21.64%
Nickel16.36%
Sulphur15.57%
Carbon13.09%
Chromium9.73%
Manganese8.94%
Phosphorus8.38%
Zirconium2.51%
Tin1.40%
Tungsten1.19%
Tellurium1.19%
Hegua UR-N c6-35 4
High metal content body
Landable
Distance1,471.53ls
Ascending Node159.197762
Axial Tilt-0.367329
Eccentricity0.055537
Earth mass0.064464
Orbital Inclination-3.965077
Orbital Period6495021.998882
Periapsis111.170857
Radius2591214.25
Rotation Period10048898.206073
Semi-Major Axis150927656.88896
Surface Gravity3.826661
Surface Pressure0
Surface Temperature121.983688
Mean Anomaly180.071376
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron23.96%
Nickel18.12%
Sulphur17.24%
Carbon14.50%
Phosphorus9.28%
Zinc6.51%
Zirconium2.78%
Selenium2.70%
Cadmium1.86%
Tin1.55%
Ruthenium1.48%
Hegua UR-N c6-35 5
High metal content body
Landable
Distance1,472.79ls
Ascending Node159.197762
Axial Tilt0.144676
Eccentricity0.055537
Earth mass0.046253
Orbital Inclination-3.965077
Orbital Period6495021.998882
Periapsis291.170852
Radius2328382.75
Rotation Period8511943.971145
Semi-Major Axis210352832.07893
Surface Gravity3.400466
Surface Pressure0
Surface Temperature121.983688
Mean Anomaly180.071863
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron22.23%
Nickel16.81%
Sulphur16.00%
Carbon13.45%
Manganese9.18%
Phosphorus8.61%
Vanadium5.46%
Germanium4.70%
Ruthenium1.37%
Tungsten1.22%
Mercury0.97%
Hegua UR-N c6-35 6
Icy body
Landable
Distance2,060.19ls
Ascending Node-90.656206
Axial Tilt-0.437835
Eccentricity0.003821
Earth mass0.076173
Orbital Inclination-0.016772
Orbital Period291982257.36618
Periapsis42.746858
Radius3359718
Rotation Period145814.215092
Semi-Major Axis619771540164.95
Surface Gravity2.689701
Surface Pressure2613.790039
Surface Temperature91.553078
Mean Anomaly334.932924
LandableYes
Tidal LockNo
Atmosphere TypeArgon
Reserve Level---
Sulphur21.50%
Carbon18.08%
Iron16.47%
Nickel12.46%
Phosphorus11.57%
Chromium7.41%
Manganese6.80%
Germanium3.49%
Tungsten0.90%
Mercury0.72%
Technetium0.59%
Hegua UR-N c6-35 7
Icy body
Landable
Distance2,712.44ls
Ascending Node-72.635418
Axial Tilt-0.324202
Eccentricity0.045868
Earth mass0.126179
Orbital Inclination-4.346248
Orbital Period20379765.033722
Periapsis335.381358
Radius3948671.5
Rotation Period65428.347737
Semi-Major Axis458541911.84044
Surface Gravity3.225489
Surface Pressure1630.665283
Surface Temperature79.849693
Mean Anomaly320.518917
LandableYes
Tidal LockNo
Atmosphere TypeNeonRich
Reserve Level---
Sulphur22.65%
Carbon19.04%
Iron17.35%
Nickel13.12%
Phosphorus12.19%
Manganese7.17%
Germanium3.67%
Zirconium2.02%
Cadmium1.35%
Tungsten0.95%
Polonium0.49%
Hegua UR-N c6-35 8
Icy body
Landable
Distance2,709.42ls
Ascending Node-72.635418
Axial Tilt0.034454
Eccentricity0.045868
Earth mass0.108049
Orbital Inclination-4.346248
Orbital Period20379765.033722
Periapsis155.381363
Radius3757967
Rotation Period202088.348597
Semi-Major Axis535486060.38094
Surface Gravity3.049457
Surface Pressure1511.592285
Surface Temperature79.830338
Mean Anomaly320.817163
LandableYes
Tidal LockNo
Atmosphere TypeNitrogen
Reserve Level---
Sulphur21.45%
Carbon18.04%
Iron16.44%
Nickel12.43%
Phosphorus11.55%
Chromium7.39%
Manganese6.79%
Selenium3.36%
Molybdenum1.07%
Tungsten0.90%
Technetium0.59%
Hegua UR-N c6-35 9
Icy body
Distance3,439.52ls
Ascending Node-143.802328
Axial Tilt0.297474
Eccentricity0.141771
Earth mass0.391126
Orbital Inclination1.244374
Orbital Period72777749.896049
Periapsis340.579463
Radius5821800
Rotation Period79191.219099
Semi-Major Axis544927424.19243
Surface Gravity4.599507
Surface Pressure562154.4375
Surface Temperature122.01226
Mean Anomaly255.077549
LandableNo
Tidal LockNo
Atmosphere TypeMethaneRich
Reserve Level---
Hegua UR-N c6-35 10
Icy body
Distance3,429.49ls
Ascending Node-143.802328
Axial Tilt0.188167
Eccentricity0.141771
Earth mass0.088642
Orbital Inclination1.244374
Orbital Period72777749.896049
Periapsis160.579469
Radius3527234
Rotation Period161384.632817
Semi-Major Axis2404442846.7751
Surface Gravity2.839759
Surface Pressure564105.625
Surface Temperature153.388474
Mean Anomaly255.077521
LandableNo
Tidal LockNo
Atmosphere TypeMethane
Reserve Level---
Hegua UR-N c6-35 11
Gas giant with water based life
Distance16,700.97ls
Ascending Node13.149142
Axial Tilt-0.22208
Eccentricity0.321641
Earth mass789.41272
Orbital Inclination-171.717895
Orbital Period4830410182.476
Periapsis135.56095
Radius71767008
Rotation Period135806.183955
Semi-Major Axis4023926079273.2
Surface Gravity61.089116
Surface Pressure0
Surface Temperature164.899826
Mean Anomaly232.575363
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve Level---
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Hegua UR-N c6-51π | 0 | Anarchy | 14.80 | Yes | |
| Hegua VS-U d2-172π | 0 | Anarchy | 14.82 | Yes | |
| Hegua UR-N c6-64π | 0 | Anarchy | 15.90 | Yes | |
| Hegua VS-U d2-171π | 0 | Anarchy | 16.04 | Yes | |
| Hegua TR-N c6-22π | 0 | --- | 16.58 | No | |
| Hegua OJ-B b13-7π | 0 | Anarchy | 21.31 | Yes | |
| Hegua VS-U d2-47π | 0 | Anarchy | 21.58 | Yes | |
| Hegua SP-Z b13-6π | 0 | Anarchy | 21.90 | Yes | |
| Hegua HI-D b12-18π | 0 | Anarchy | 23.55 | Yes | |
| Hegua UR-N c6-22π | 0 | Anarchy | 24.19 | Yes | |
| Hegua JD-D b12-1π | 0 | Anarchy | 29.75 | Yes | |
| Hegua KD-D b12-16π | 0 | Anarchy | 32.67 | Yes | |
| Hegua LD-D b12-7π | 0 | Anarchy | 34.77 | Yes |