Synuefue JL-M a89-2
X: -1989.4375 / Y: -37.46875 / Z: -110.28125
Updated
16d 0h
16d 0h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 9
Stations 0
Fuel scoop
Not available
Synuefue JL-M a89-2
T (Brown dwarf) Star
Subclass9
LuminosityV
Distance0.00ls
Stellar Mass0.03
Radius72,907,784.00
Absolute Magnitude18.65
Rotation Period30,737.22
Surface Temperature727
Age2180
Axial Tilt0.00
Synuefue JL-M a89-2 1
Icy body
Landable
Distance692.42ls
Ascending Node-129.553105
Axial Tilt1.497029
Eccentricity7.9E-5
Earth mass0.165658
Orbital Inclination-0.010211
Orbital Period291773134.46999
Periapsis178.65582
Radius4448112
Rotation Period123580.281532
Semi-Major Axis207598131895.07
Surface Gravity3.337117
Surface Pressure131.419586
Surface Temperature20.016216
Mean Anomaly16.6793
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur24.73%
Carbon20.79%
Iron17.31%
Phosphorus13.31%
Nickel13.09%
Vanadium4.25%
Zirconium2.01%
Arsenic1.60%
Tin1.12%
Yttrium1.03%
Mercury0.76%
Synuefue JL-M a89-2 1 a
Icy body
Landable
Distance691.67ls
Ascending Node-49.936971
Axial Tilt0.395102
Eccentricity0
Earth mass0.007139
Orbital Inclination7.68189
Orbital Period3585981.786251
Periapsis132.573302
Radius1709058.625
Rotation Period3662434.215157
Semi-Major Axis282035624.98093
Surface Gravity0.974149
Surface Pressure0
Surface Temperature20
Mean Anomaly298.038269
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Sulphur28.14%
Carbon23.67%
Phosphorus15.15%
Iron12.27%
Nickel9.28%
Selenium4.40%
Zinc3.34%
Zirconium1.43%
Cadmium0.95%
Tellurium0.83%
Mercury0.54%
Synuefue JL-M a89-2 2
Icy body
Landable
Distance848.10ls
Ascending Node-51.118287
Axial Tilt-0.235838
Eccentricity0.000198
Earth mass0.124094
Orbital Inclination-0.014359
Orbital Period395441579.81873
Periapsis355.730223
Radius4068656
Rotation Period79242.797818
Semi-Major Axis254242479801.18
Surface Gravity2.987844
Surface Pressure83.560181
Surface Temperature20.012934
Mean Anomaly104.651076
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.30%
Carbon18.76%
Iron15.44%
Phosphorus12.01%
Nickel11.68%
Chromium6.94%
Manganese6.38%
Selenium3.49%
Cadmium1.20%
Ruthenium0.95%
Tungsten0.85%
Synuefue JL-M a89-2 3
Icy body
Landable
Distance1,173.62ls
Ascending Node-51.777646
Axial Tilt0.43787
Eccentricity0.000258
Earth mass0.162464
Orbital Inclination-0.008836
Orbital Period643648618.4597
Periapsis122.501922
Radius4432754.5
Rotation Period132399.731371
Semi-Major Axis351797258853.91
Surface Gravity3.295484
Surface Pressure127.925392
Surface Temperature20.015999
Mean Anomaly120.961608
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur24.24%
Carbon20.38%
Iron16.78%
Phosphorus13.05%
Nickel12.69%
Vanadium4.12%
Selenium3.79%
Zirconium1.95%
Cadmium1.30%
Tin1.09%
Technetium0.60%
Synuefue JL-M a89-2 4
Icy body
Landable
Distance1,451.32ls
Ascending Node114.189623
Axial Tilt-0.172646
Eccentricity0.003056
Earth mass0.32676
Orbital Inclination1.60998
Orbital Period883041590.45219
Periapsis301.857775
Radius5523692
Rotation Period136665.184341
Semi-Major Axis434357494115.83
Surface Gravity4.268544
Surface Pressure222.732666
Surface Temperature20.021103
Mean Anomaly236.460341
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur23.35%
Carbon19.64%
Iron16.17%
Phosphorus12.57%
Nickel12.23%
Chromium7.27%
Zinc4.39%
Arsenic1.50%
Cadmium1.26%
Tin1.05%
Technetium0.58%
Synuefue JL-M a89-2 5
Icy body
Landable
Distance2,141.10ls
Ascending Node17.651094
Axial Tilt0.236479
Eccentricity0.002599
Earth mass0.245624
Orbital Inclination0.149173
Orbital Period1584101259.7084
Periapsis282.695625
Radius5051097.5
Rotation Period67620.275896
Semi-Major Axis641281193494.8
Surface Gravity3.837155
Surface Pressure179.987259
Surface Temperature20.018974
Mean Anomaly111.117294
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur22.33%
Carbon18.78%
Iron15.46%
Phosphorus12.02%
Nickel11.69%
Chromium6.95%
Manganese6.38%
Selenium3.49%
Niobium1.06%
Molybdenum1.01%
Tellurium0.83%
Synuefue JL-M a89-2 6
Icy body
Landable
Distance2,668.01ls
Ascending Node-122.358703
Axial Tilt0.111822
Eccentricity0.009352
Earth mass0.247638
Orbital Inclination-0.012329
Orbital Period2179145097.7325
Periapsis240.897412
Radius5064082.5
Rotation Period105249.635073
Semi-Major Axis793202418088.91
Surface Gravity3.848801
Surface Pressure181.08165
Surface Temperature20.019032
Mean Anomaly206.616666
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur23.14%
Carbon19.45%
Iron16.02%
Phosphorus12.46%
Nickel12.11%
Manganese6.61%
Zinc4.35%
Germanium3.32%
Yttrium0.96%
Tungsten0.88%
Mercury0.70%
Synuefue JL-M a89-2 7
Icy body
Landable
Distance3,637.07ls
Ascending Node133.627054
Axial Tilt0.059311
Eccentricity0.000165
Earth mass0.15164
Orbital Inclination-0.225813
Orbital Period3512952923.7747
Periapsis286.773504
Radius4336758.5
Rotation Period103516.630163
Semi-Major Axis1090539634227.8
Surface Gravity3.213606
Surface Pressure117.69207
Surface Temperature20.015347
Mean Anomaly14.634029
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur22.33%
Carbon18.78%
Iron15.46%
Phosphorus12.02%
Nickel11.69%
Chromium6.95%
Manganese6.39%
Germanium3.20%
Cadmium1.20%
Molybdenum1.01%
Ruthenium0.95%
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Synuefue JL-M a89-1π | 0 | Anarchy | 1.37 | No | |
| Synuefue MR-K a90-1π | 0 | Anarchy | 14.54 | No | |
| Synuefue LL-M a89-2π | 0 | Anarchy | 15.24 | No | |
| Synuefue KW-K a90-2π | 0 | Anarchy | 16.09 | No | |
| Synuefue ZR-H d11-43π | 0 | Anarchy | 19.77 | Yes | |
| Synuefue ZD-Q a87-0π | 0 | Anarchy | 22.64 | No | |
| Synuefue PC-J a91-0π | 0 | Anarchy | 23.33 | No | |
| Synuefue QX-I a91-0π | 0 | Anarchy | 24.61 | No | |
| Plaa Eurk ZP-G d10-66π | 0 | Anarchy | 27.25 | No | |
| Synuefue QX-G b44-3π | 0 | Anarchy | 27.36 | Yes | |
| Synuefue RC-J a91-0π | 0 | Anarchy | 29.11 | Yes | |
| Synuefue YD-Q a87-2π | 0 | Anarchy | 29.33 | No | |
| Synuefue TI-R c21-1π | 0 | Anarchy | 29.80 | No |