System Hypio Flyao RM-M a2-1 - E:D Companion

Hypio Flyao RM-M a2-1

X: 8345.1875 / Y: -464.28125 / Z: 21996.9375
Updated
8d 16h
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Primary None
Secondary None
Stellar Bodies 11
Stations 0
Fuel scoop Not available
Hypio Flyao RM-M a2-1 Y (Brown dwarf) Star
Subclass2
LuminosityV
Distance0.00ls
Stellar Mass0.02
Radius63,335,324.00
Absolute Magnitude21.16
Rotation Period25,094.56
Surface Temperature502
Age10298
Axial Tilt0.00
Hypio Flyao RM-M a2-1 1 Icy body
Landable
Distance264.14ls
Ascending Node-45.950388
Axial Tilt-0.010476
Eccentricity0.000922
Earth mass0.07062
Orbital Inclination0.037377
Orbital Period86952552.199364
Periapsis114.544868
Radius3394957.5
Rotation Period70256.933313
Semi-Major Axis79193227291.107
Surface Gravity2.442138
Surface Pressure0
Surface Temperature20
Mean Anomaly274.184726
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.09%
Carbon19.42%
Iron15.96%
Phosphorus12.43%
Nickel12.07%
Manganese6.59%
Vanadium3.92%
Selenium3.61%
Cadmium1.24%
Niobium1.09%
Technetium0.57%
Hypio Flyao RM-M a2-1 2 Icy body
Landable
Distance362.28ls
Ascending Node143.345515
Axial Tilt-0.271086
Eccentricity5.0E-6
Earth mass0.07603
Orbital Inclination0.007432
Orbital Period139655333.7574
Periapsis8.81006
Radius3476510.75
Rotation Period131075.631065
Semi-Major Axis108610421419.14
Surface Gravity2.507296
Surface Pressure0
Surface Temperature20
Mean Anomaly55.268733
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.89%
Carbon19.25%
Iron15.82%
Phosphorus12.32%
Nickel11.97%
Manganese6.53%
Zinc4.30%
Vanadium3.88%
Molybdenum1.03%
Tin1.03%
Ruthenium0.98%
Hypio Flyao RM-M a2-1 3 Icy body
Landable
Distance509.46ls
Ascending Node74.494694
Axial Tilt-0.269933
Eccentricity0.000915
Earth mass0.060568
Orbital Inclination0.018246
Orbital Period233188998.69919
Periapsis251.561973
Radius3231118.5
Rotation Period172769.299495
Semi-Major Axis152864009141.92
Surface Gravity2.312318
Surface Pressure0
Surface Temperature20
Mean Anomaly20.374523
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.84%
Carbon19.21%
Iron15.79%
Phosphorus12.30%
Nickel11.94%
Manganese6.52%
Zinc4.29%
Vanadium3.88%
Cadmium1.23%
Molybdenum1.03%
Ruthenium0.97%
Hypio Flyao RM-M a2-1 4 Icy body
Landable
Distance756.22ls
Ascending Node-116.164453
Axial Tilt-0.265059
Eccentricity0.001544
Earth mass0.044401
Orbital Inclination-0.001558
Orbital Period421550112.96272
Periapsis349.472182
Radius2922689
Rotation Period90604.841668
Semi-Major Axis226846790313.72
Surface Gravity2.071756
Surface Pressure0
Surface Temperature20
Mean Anomaly66.672289
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur24.19%
Carbon20.34%
Iron16.72%
Phosphorus13.02%
Nickel12.64%
Zinc4.54%
Germanium3.52%
Zirconium1.94%
Niobium1.14%
Ruthenium1.03%
Tungsten0.92%
Hypio Flyao RM-M a2-1 5 Icy body
Landable
Distance1,176.96ls
Ascending Node14.107862
Axial Tilt-0.368146
Eccentricity1.0E-6
Earth mass0.067987
Orbital Inclination-0.000619
Orbital Period817761683.46405
Periapsis215.792017
Radius3348906
Rotation Period132547.497933
Semi-Major Axis352845281362.53
Surface Gravity2.416174
Surface Pressure0
Surface Temperature20
Mean Anomaly338.07507
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.81%
Carbon19.18%
Iron15.86%
Phosphorus12.28%
Nickel11.99%
Manganese6.55%
Zinc4.31%
Vanadium3.89%
Cadmium1.23%
Tin1.03%
Tellurium0.86%
Hypio Flyao RM-M a2-1 5 a Icy body
Landable
Distance1,179.68ls
Ascending Node-144.514666
Axial Tilt-0.261022
Eccentricity0
Earth mass0.00154
Orbital Inclination-21.550811
Orbital Period35704768.300056
Periapsis183.358313
Radius1030096
Rotation Period175478.970397
Semi-Major Axis963652789.59274
Surface Gravity0.578349
Surface Pressure0
Surface Temperature20
Mean Anomaly44.459099
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur27.81%
Carbon23.39%
Phosphorus14.97%
Iron12.11%
Nickel9.16%
Chromium5.45%
Zinc3.29%
Arsenic1.44%
Tellurium0.83%
Molybdenum0.79%
Tin0.75%
Hypio Flyao RM-M a2-1 6 Icy body
Landable
Distance2,130.46ls
Ascending Node30.302838
Axial Tilt1.30213
Eccentricity0.008814
Earth mass0.074022
Orbital Inclination-0.01189
Orbital Period2018170356.7505
Periapsis226.152853
Radius3436034.5
Rotation Period159486.474275
Semi-Major Axis644374704360.96
Surface Gravity2.498951
Surface Pressure0
Surface Temperature20
Mean Anomaly359.259081
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur24.22%
Carbon20.36%
Iron16.95%
Phosphorus13.04%
Nickel12.82%
Vanadium4.16%
Selenium3.79%
Arsenic1.59%
Tin1.10%
Ruthenium1.05%
Tungsten0.93%
Hypio Flyao RM-M a2-1 6 a Icy body
Landable
Distance2,122.41ls
Ascending Node38.701795
Axial Tilt0.113906
Eccentricity0
Earth mass0.003651
Orbital Inclination-29.174094
Orbital Period184043252.46811
Periapsis214.009197
Radius1370111.875
Rotation Period38516.808312
Semi-Major Axis2983714699.7452
Surface Gravity0.775219
Surface Pressure0
Surface Temperature20
Mean Anomaly37.033834
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur28.55%
Carbon24.01%
Phosphorus15.37%
Iron12.43%
Nickel9.40%
Zinc3.38%
Germanium3.30%
Arsenic1.48%
Tellurium0.85%
Tungsten0.68%
Mercury0.54%
Hypio Flyao RM-M a2-1 7 Icy body
Landable
Distance2,976.27ls
Ascending Node-116.781144
Axial Tilt-0.140704
Eccentricity0.006501
Earth mass0.113037
Orbital Inclination0.003122
Orbital Period3319619715.2138
Periapsis153.886361
Radius3947667.25
Rotation Period110955.582021
Semi-Major Axis897894668579.1
Surface Gravity2.891018
Surface Pressure1.019058
Surface Temperature20.001429
Mean Anomaly344.884827
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur23.69%
Carbon19.92%
Iron16.37%
Phosphorus12.75%
Nickel12.38%
Zinc4.45%
Vanadium4.02%
Germanium3.44%
Cadmium1.27%
Yttrium0.98%
Mercury0.71%
Hypio Flyao RM-M a2-1 8 High metal content body
Landable
Distance23,688.05ls
Ascending Node103.631465
Axial Tilt0.179985
Eccentricity0.345435
Earth mass1.283031
Orbital Inclination-111.792059
Orbital Period47818756103.516
Periapsis179.023571
Radius6583041
Rotation Period73663.76962
Semi-Major Axis5315759778022.8
Surface Gravity11.800314
Surface Pressure3775.46167
Surface Temperature20.126245
Mean Anomaly161.919546
LandableYes
Tidal LockNo
Atmosphere TypeHelium
Reserve Level---
Iron20.79%
Nickel15.72%
Sulphur15.09%
Carbon12.68%
Chromium9.35%
Manganese8.59%
Phosphorus8.12%
Zinc5.65%
Niobium1.42%
Tin1.35%
Yttrium1.24%
System Minor faction Population Security Distance Scoopable
Hypio Flyao IG-G b1-6 0 Anarchy 10.42 Yes
Hypio Flyao IG-G b1-9 0 Anarchy 11.92 Yes
Hypio Flyao US-K a3-0 0 Anarchy 12.04 No
Hypio Flyao CA-E c84 0 Anarchy 13.00 Yes
Hypio Flyao PX-B d370 0 Anarchy 13.59 Yes
Hypio Flyao HG-G b1-30 0 Anarchy 13.63 Yes
Hypio Flyao EA-I b9 0 Anarchy 14.66 Yes
Hypio Flyao EV-D c85 0 Anarchy 15.20 Yes
Hypio Flyao EV-D c30 0 Anarchy 15.66 Yes
Hypio Flyao CA-E c89 0 Anarchy 16.85 Yes
Hypio Flyao EA-I b17 0 Anarchy 17.61 Yes
Hypio Flyao IG-G b1-33 0 Anarchy 18.02 Yes
Hypio Flyao PX-B d404 0 Anarchy 18.46 Yes
Hypio Flyao GV-H b28 0 Anarchy 18.83 Yes
Hypio Flyao CA-E c71 0 Anarchy 19.74 Yes
Hypio Flyao DA-I b24 0 Anarchy 19.83 Yes
Hypio Flyao JG-G b1-11 0 Anarchy 19.99 Yes
Hypio Flyao GL-G b1-19 0 Anarchy 20.46 Yes
Hypio Flyao GL-G b1-4 0 Anarchy 20.51 Yes
Hypio Flyao QR-M a2-1 0 Anarchy 22.60 No
Hypio Flyao HG-G b1-17 0 Anarchy 22.92 Yes
Hypio Flyao FA-I b5 0 Anarchy 23.68 Yes
Hypio Flyao PX-B d294 0 Anarchy 23.72 Yes
Hypio Flyao EV-D c82 0 Anarchy 24.65 Yes
Hypio Flyao GL-G b1-5 0 Anarchy 25.25 Yes
Hypio Flyao PX-B d192 0 Anarchy 25.33 Yes
Hypio Flyao XS-K a3-1 0 Anarchy 25.40 No
Hypio Flyao GL-G b1-20 0 Anarchy 25.42 Yes
Hypio Flyao EA-I b29 0 Anarchy 25.95 Yes
Hypio Flyao JG-G b1-29 0 Anarchy 26.28 Yes
Hypio Flyao GL-G b1-17 0 Anarchy 26.62 Yes
Hypio Flyao FV-H b21 0 --- 26.80 Yes
Hypio Flyao CA-E c59 0 Anarchy 27.26 Yes
Hypio Flyao DA-I b19 0 Anarchy 27.51 Yes
Hypio Flyao KR-E b2-21 0 Anarchy 28.11 Yes
Hypio Flyao PX-B d138 0 Anarchy 28.23 Yes
Hypio Flyao PX-B d281 0 Anarchy 28.58 Yes
Hypio Flyao NH-E b2-28 0 Anarchy 29.98 Yes
Hypio Flyao BA-E c10 0 Anarchy 31.19 Yes
Hypio Flyao NM-E b2-4 0 Anarchy 32.33 Yes