Pyramoe IF-Q a32-10
X: -597.28125 / Y: -26.9375 / Z: 5676.46875
Updated
126d 6h
126d 6h
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
Not available
Pyramoe IF-Q a32-10
T (Brown dwarf) Star
Subclass1
LuminosityV
Distance0.00ls
Stellar Mass0.08
Radius160,227,328.00
Absolute Magnitude14.85
Rotation Period92,633.68
Surface Temperature1199
Age3270
Axial Tilt0.00
Pyramoe IF-Q a32-10 1
Icy body
Landable
Distance344.46ls
Ascending Node-30.22957
Axial Tilt0.037787
Eccentricity6.0E-6
Earth mass0.281438
Orbital Inclination-0.027316
Orbital Period63185445.666313
Periapsis10.061572
Radius5272355.5
Rotation Period117245.074483
Semi-Major Axis103266721963.88
Surface Gravity4.035372
Surface Pressure198.975555
Surface Temperature26.564085
Mean Anomaly68.287738
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur23.59%
Carbon19.84%
Iron16.23%
Phosphorus12.70%
Nickel12.28%
Manganese6.70%
Zinc4.41%
Arsenic1.53%
Niobium1.11%
Tungsten0.89%
Antimony0.72%
Pyramoe IF-Q a32-10 2
Icy body
Landable
Distance497.90ls
Ascending Node-91.069504
Axial Tilt0.46473
Eccentricity0.00013
Earth mass0.296396
Orbital Inclination-0.037727
Orbital Period109826761.48415
Periapsis194.089931
Radius5358569.5
Rotation Period61616.888132
Semi-Major Axis149286705255.51
Surface Gravity4.114187
Surface Pressure206.82431
Surface Temperature22.093925
Mean Anomaly345.162546
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur23.77%
Carbon19.98%
Iron16.35%
Phosphorus12.79%
Nickel12.37%
Zinc4.44%
Vanadium4.02%
Selenium3.72%
Molybdenum1.07%
Tungsten0.90%
Technetium0.58%
Pyramoe IF-Q a32-10 3
Icy body
Landable
Distance911.55ls
Ascending Node117.140063
Axial Tilt1.58609
Eccentricity0.001262
Earth mass0.108149
Orbital Inclination0.133369
Orbital Period271560204.02908
Periapsis86.666481
Radius3870230
Rotation Period143485.153843
Semi-Major Axis272977262735.37
Surface Gravity2.877786
Surface Pressure42.785748
Surface Temperature20.009256
Mean Anomaly150.302293
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.68%
Carbon19.07%
Iron16.00%
Phosphorus12.21%
Nickel12.10%
Chromium7.20%
Vanadium3.93%
Selenium3.55%
Cadmium1.24%
Tin1.04%
Ruthenium0.99%
Pyramoe IF-Q a32-10 3 a
Icy body
Landable
Distance913.22ls
Ascending Node-28.153521
Axial Tilt0.236444
Eccentricity0
Earth mass0.010704
Orbital Inclination-9.883789
Orbital Period12835617.06543
Periapsis177.869751
Radius1952029.5
Rotation Period80159.90397
Semi-Major Axis582551211.1187
Surface Gravity1.119644
Surface Pressure0
Surface Temperature20
Mean Anomaly306.491814
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur27.18%
Carbon22.85%
Phosphorus14.63%
Iron11.79%
Nickel8.92%
Chromium5.30%
Selenium4.25%
Vanadium2.89%
Tellurium0.81%
Tin0.73%
Tungsten0.65%
Pyramoe IF-Q a32-10 4
Icy body
Landable
Distance1,424.88ls
Ascending Node28.629803
Axial Tilt-0.189691
Eccentricity0.145971
Earth mass0.065347
Orbital Inclination-9.756147
Orbital Period16852669.715881
Periapsis103.73037
Radius3312962
Rotation Period44636.046247
Semi-Major Axis302195608.61588
Surface Gravity2.373029
Surface Pressure0
Surface Temperature20
Mean Anomaly42.755837
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.97%
Carbon19.31%
Iron15.80%
Phosphorus12.36%
Nickel11.95%
Chromium7.11%
Vanadium3.88%
Germanium3.32%
Cadmium1.23%
Niobium1.08%
Ruthenium0.98%
Pyramoe IF-Q a32-10 5
Icy body
Landable
Distance1,426.93ls
Ascending Node28.629803
Axial Tilt-0.145252
Eccentricity0.145971
Earth mass0.050569
Orbital Inclination-9.756147
Orbital Period16852669.715881
Periapsis283.730365
Radius3049920.75
Rotation Period85878.463889
Semi-Major Axis390507161.61728
Surface Gravity2.166796
Surface Pressure0
Surface Temperature20
Mean Anomaly42.755763
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur24.76%
Carbon20.82%
Iron17.04%
Phosphorus13.33%
Nickel12.88%
Vanadium4.18%
Zirconium1.98%
Arsenic1.60%
Cadmium1.32%
Niobium1.16%
Tellurium0.93%
Pyramoe IF-Q a32-10 6
Icy body
Landable
Distance2,039.16ls
Ascending Node-97.028366
Axial Tilt-0.382702
Eccentricity0.001904
Earth mass0.283953
Orbital Inclination0.013817
Orbital Period907547307.01446
Periapsis131.821456
Radius5287071.5
Rotation Period73590.406019
Semi-Major Axis610185462236.4
Surface Gravity4.048789
Surface Pressure200.300934
Surface Temperature20.020014
Mean Anomaly191.467863
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur22.39%
Carbon18.83%
Iron15.41%
Phosphorus12.05%
Nickel11.65%
Chromium6.93%
Manganese6.36%
Selenium3.50%
Cadmium1.20%
Tin1.00%
Antimony0.69%
Pyramoe IF-Q a32-10 7
Icy body
Landable
Distance3,000.91ls
Ascending Node122.209416
Axial Tilt-0.468848
Eccentricity0.00014
Earth mass0.097914
Orbital Inclination0.590834
Orbital Period1624866127.9678
Periapsis336.965928
Radius3772458.75
Rotation Period105337.057574
Semi-Major Axis899692428112.03
Surface Gravity2.74224
Surface Pressure18.197239
Surface Temperature20.006039
Mean Anomaly70.901372
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.93%
Carbon19.28%
Iron15.78%
Phosphorus12.35%
Nickel11.94%
Manganese6.52%
Zinc4.29%
Vanadium3.87%
Niobium1.08%
Tin1.02%
Yttrium0.94%
Pyramoe IF-Q a32-10 8
Icy body
Landable
Distance3,924.72ls
Ascending Node-34.331113
Axial Tilt0.258535
Eccentricity0.002599
Earth mass0.188665
Orbital Inclination0.785595
Orbital Period2420733213.4247
Periapsis233.955754
Radius4639647
Rotation Period105235.431576
Semi-Major Axis1173582673072.8
Surface Gravity3.493269
Surface Pressure143.632919
Surface Temperature20.016953
Mean Anomaly188.150616
LandableYes
Tidal LockNo
Atmosphere TypeNeon
Reserve Level---
Sulphur23.23%
Carbon19.53%
Iron16.11%
Phosphorus12.50%
Nickel12.18%
Manganese6.65%
Vanadium3.96%
Selenium3.64%
Molybdenum1.05%
Mercury0.70%
Polonium0.45%
Pyramoe IF-Q a32-10 8 a
Icy body
Landable
Distance3,931.12ls
Ascending Node9.59674
Axial Tilt-0.425997
Eccentricity0
Earth mass0.005676
Orbital Inclination9.322908
Orbital Period101206821.20323
Periapsis164.367655
Radius1584726.875
Rotation Period104747.576938
Semi-Major Axis2718823671.3409
Surface Gravity0.900774
Surface Pressure0
Surface Temperature20
Mean Anomaly316.271179
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur28.52%
Carbon23.98%
Phosphorus15.35%
Iron12.37%
Nickel9.35%
Zinc3.36%
Germanium3.28%
Zirconium1.44%
Niobium0.85%
Tin0.77%
Yttrium0.74%
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Pyramoe JF-Q a32-12π | 0 | Anarchy | 4.22 | No | |
| Pyramoe IF-Q a32-5π | 0 | Anarchy | 4.80 | No | |
| Pyramoe JF-Q a32-2π | 0 | Anarchy | 7.30 | No | |
| Pyramoe IF-Q a32-3π | 0 | Anarchy | 7.80 | No | |
| Pyramoe EZ-R a31-6π | 0 | Anarchy | 11.03 | No | |
| Pyramoe EZ-R a31-8π | 0 | Anarchy | 11.25 | No | |
| Pyramoe FZ-R a31-10π | 0 | Anarchy | 11.28 | No | |
| Pyramoe EZ-R a31-9π | 0 | Anarchy | 11.50 | No | |
| Pyramoe HF-Q a32-6π | 0 | Anarchy | 11.99 | No | |
| Pyramoe FZ-R a31-9π | 0 | Anarchy | 12.04 | No | |
| Pyramoe HF-Q a32-5π | 0 | Anarchy | 13.07 | No | |
| Pyramoe JF-Q a32-4π | 0 | Anarchy | 13.10 | No | |
| Pyramoe GZ-R a31-4π | 0 | Anarchy | 13.41 | No | |
| Pyramoe GU-R a31-12π | 0 | Anarchy | 13.65 | No | |
| Byua Euq EE-S a31-0π | 0 | Anarchy | 13.69 | No | |
| Pyramoe GZ-R a31-3π | 0 | Anarchy | 14.08 | No | |
| Pyramoe DZ-R a31-10π | 0 | Anarchy | 15.16 | No | |
| Pyramoe JA-Q a32-8π | 0 | Anarchy | 15.28 | No | |
| Pyramoe GU-R a31-11π | 0 | Anarchy | 15.57 | No | |
| Pyramoe FU-R a31-5π | 0 | Anarchy | 15.83 | Yes | |
| Pyramoe DZ-R a31-9π | 0 | Anarchy | 16.01 | No | |
| Pyramoe FU-R a31-6π | 0 | Anarchy | 16.18 | No | |
| Pyramoe FU-R a31-11π | 0 | Anarchy | 16.23 | No | |
| Pyramoe BT-T a30-3π | 0 | Anarchy | 16.33 | No | |
| Pyramoe KF-Q a32-13π | 0 | Anarchy | 16.84 | No | |
| Pyramoe HF-Q a32-0π | 0 | Anarchy | 16.92 | No | |
| Pyramoe FU-R a31-10π | 0 | Anarchy | 17.05 | No | |
| Pyramoe OG-O a33-13π | 0 | Anarchy | 17.31 | No | |
| Pyramoe KF-Q a32-1π | 0 | Anarchy | 17.33 | No | |
| Pyramoe BT-T a30-4π | 0 | Anarchy | 17.81 | No | |
| Pyramoe KF-Q a32-10π | 0 | Anarchy | 18.03 | No | |
| Pyramoe VU-V d3-0π | 0 | Anarchy | 18.30 | Yes | |
| Pyramoe AT-T a30-4π | 0 | Anarchy | 18.52 | No | |
| Pyramoe DZ-R a31-7π | 0 | Anarchy | 18.85 | Yes | |
| Pyramoe ZS-T a30-4π | 0 | Anarchy | 19.20 | Yes | |
| Pyramoe AT-T a30-9π | 0 | Anarchy | 19.33 | No | |
| Byua Euq YX-L c7-71π | 0 | Anarchy | 19.45 | Yes | |
| Byua Euq ZY-S d3-42π | 0 | Anarchy | 19.53 | Yes | |
| Pyramoe ZS-T a30-10π | 0 | Anarchy | 19.86 | No | |
| Byua Euq WV-X b14-8π | 0 | Anarchy | 19.97 | Yes | |
| Pyramoe AT-T a30-8π | 0 | Anarchy | 20.03 | No | |
| Pyramoe FU-R a31-9π | 0 | Anarchy | 20.15 | No | |
| Pyramoe DZ-R a31-1π | 0 | Anarchy | 20.15 | No | |
| Byua Euq YX-L c7-39π | 0 | Anarchy | 20.16 | Yes | |
| Pyramoe CZ-R a31-10π | 0 | Anarchy | 20.29 | No | |
| Byua Euq ZY-S d3-353π | 0 | Anarchy | 20.42 | Yes | |
| Pyramoe KF-Q a32-7π | 0 | Anarchy | 20.43 | No | |
| Pyramoe EU-R a31-1π | 0 | Anarchy | 20.66 | No | |
| Byua Euq TR-V a29-1π | 0 | Anarchy | 20.85 | No | |
| Pyramoe BT-T a30-5π | 0 | Anarchy | 20.91 | No | |
| Pyramoe DZ-R a31-0π | 0 | Anarchy | 21.23 | No | |
| Pyramoe ZS-T a30-15π | 0 | Anarchy | 21.51 | No | |
| Pyramoe GF-Q a32-7π | 0 | Anarchy | 21.78 | Yes | |
| Pyramoe OU-R c7-9π | 0 | Anarchy | 21.79 | Yes | |
| Pyramoe ZS-T a30-5π | 0 | Anarchy | 21.84 | No | |
| Pyramoe ZS-T a30-3π | 0 | Anarchy | 22.05 | No | |
| Pyramoe ZS-T a30-7π | 0 | Anarchy | 22.10 | No | |
| Pyramoe CZ-R a31-4π | 0 | Anarchy | 22.33 | No | |
| Byua Euq WV-X b14-6π | 0 | Anarchy | 22.36 | Yes | |
| Pyramoe CZ-R a31-15π | 0 | Anarchy | 22.43 | No | |
| Pyramoe BT-T a30-0π | 0 | Anarchy | 22.47 | No | |
| Byua Euq WV-X b14-9π | 0 | Anarchy | 22.50 | Yes | |
| Pyramoe WM-V a29-15π | 0 | Anarchy | 22.78 | No | |
| Byua Euq WV-X b14-2π | 0 | Anarchy | 22.83 | Yes | |
| Byua Euq WV-X b14-7π | 0 | Anarchy | 23.02 | Yes | |
| Pyramoe EU-R a31-2π | 0 | Anarchy | 23.15 | No | |
| Pyramoe CZ-R a31-17π | 0 | Anarchy | 23.61 | No | |
| Pyramoe CZ-R a31-0π | 0 | Anarchy | 23.92 | No | |
| Byua Euq WV-X b14-3π | 0 | Anarchy | 24.09 | Yes | |
| Pyramoe FU-R a31-1π | 0 | Anarchy | 24.17 | No | |
| Byua Euq WV-X b14-1π | 0 | Anarchy | 24.17 | Yes | |
| Byua Euq WV-X b14-4π | 0 | Anarchy | 24.22 | Yes | |
| Byua Euq ZY-S d3-141π | 0 | Anarchy | 24.22 | Yes | |
| Pyramoe EU-R a31-5π | 0 | Anarchy | 24.42 | No | |
| Pyramoe EU-R a31-6π | 0 | Anarchy | 24.43 | No | |
| Byua Euq WV-X b14-24π | 0 | Anarchy | 24.51 | Yes | |
| Pyramoe GF-Q a32-8π | 0 | Anarchy | 24.71 | No | |
| Pyramoe CZ-R a31-7π | 0 | Anarchy | 24.83 | No | |
| Pyramoe CZ-R a31-16π | 0 | Anarchy | 24.93 | No | |
| Byua Euq WV-X b14-0π | 0 | Anarchy | 25.07 | Yes | |
| Byua Euq TR-V a29-0π | 0 | Anarchy | 25.13 | No | |
| Pyramoe CZ-R a31-6π | 0 | Anarchy | 25.30 | No | |
| Byua Euq WV-X b14-15π | 0 | Anarchy | 25.45 | Yes | |
| Pyramoe CZ-R a31-5π | 0 | Anarchy | 25.48 | No | |
| Byua Euq ZY-S d3-270π | 0 | Anarchy | 25.79 | No | |
| Pyramoe CZ-R a31-2π | 0 | Anarchy | 25.89 | No | |
| Pyramoe VU-V d3-224π | 0 | Anarchy | 26.14 | Yes | |
| Pyramoe YS-T a30-12π | 0 | Anarchy | 26.33 | No | |
| Pyramoe EU-R a31-9π | 0 | Anarchy | 26.48 | No | |
| Byua Euq ZY-S d3-140π | 0 | Anarchy | 26.50 | Yes | |
| Pyramoe EU-R a31-11π | 0 | Anarchy | 26.65 | No | |
| Pyramoe CZ-R a31-3π | 0 | Anarchy | 26.67 | No | |
| Pyramoe VM-V a29-5π | 0 | Anarchy | 26.75 | No | |
| Pyramoe ZS-T a30-1π | 0 | Anarchy | 27.35 | No | |
| Byua Euq WV-X b14-5π | 0 | Anarchy | 27.74 | Yes | |
| Byua Euq WV-X b14-10π | 0 | Anarchy | 28.47 | Yes | |
| Byua Euq YX-L c7-63π | 0 | Anarchy | 28.71 | Yes | |
| Byua Euq WV-X b14-18π | 0 | Anarchy | 28.73 | Yes | |
| Byua Euq TH-U a30-0π | 0 | Anarchy | 29.04 | No | |
| Pyramoe YS-T a30-5π | 0 | Anarchy | 29.59 | No | |
| Byua Euq CE-K c8-59π | 0 | Anarchy | 29.74 | Yes | |
| Pyramoe RM-M a34-7π | 0 | Anarchy | 29.89 | Yes | |
| Byua Euq UA-Y b14-20π | 0 | Anarchy | 30.87 | Yes | |
| Pyramoe YS-T a30-10π | 0 | Anarchy | 31.62 | No | |
| Byua Euq WV-X b14-17π | 0 | Anarchy | 34.01 | Yes | |
| Byua Euq UR-N c6-56π | 0 | Anarchy | 36.89 | Yes |