Blae Drye RT-P a101-6
X: -1632.875 / Y: -30.09375 / Z: 5139.3125
Updated
130d 3h
130d 3h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 10
Stations 0
Fuel scoop
Available
Blae Drye RT-P a101-6
M (Red dwarf) Star
Fuel scoop
Subclass8
LuminosityVa
Distance0.00ls
Stellar Mass0.20
Radius238,165,424.00
Absolute Magnitude11.39
Rotation Period97,620.84
Surface Temperature2180
Age11960
Axial Tilt0.00
Blae Drye RT-P a101-6 1
Icy body
Landable
Distance1,060.40ls
Ascending Node-39.29956
Axial Tilt0.114462
Eccentricity0.000161
Earth mass0.008424
Orbital Inclination-1.152579
Orbital Period220527178.04909
Periapsis96.115757
Radius1697895.625
Rotation Period146924.114576
Semi-Major Axis317882323265.08
Surface Gravity1.164622
Surface Pressure0
Surface Temperature33.537083
Mean Anomaly108.703334
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.88%
Carbon19.24%
Iron15.94%
Phosphorus12.32%
Nickel12.06%
Chromium7.17%
Vanadium3.91%
Selenium3.58%
Molybdenum1.04%
Ruthenium0.98%
Tungsten0.88%
Blae Drye RT-P a101-6 2
Icy body
Landable
Distance1,487.11ls
Ascending Node175.046212
Axial Tilt0.029479
Eccentricity0.000329
Earth mass0.014303
Orbital Inclination1.458045
Orbital Period366132515.66887
Periapsis340.54228
Radius2019663.5
Rotation Period134654.019599
Semi-Major Axis445707994699.48
Surface Gravity1.39761
Surface Pressure0
Surface Temperature28.322617
Mean Anomaly217.638888
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.37%
Carbon18.81%
Iron15.59%
Phosphorus12.04%
Nickel11.79%
Chromium7.01%
Manganese6.44%
Germanium3.28%
Cadmium1.21%
Molybdenum1.02%
Polonium0.44%
Blae Drye RT-P a101-6 3
Icy body
Landable
Distance2,036.98ls
Ascending Node-30.859474
Axial Tilt-0.283487
Eccentricity0.195709
Earth mass0.007073
Orbital Inclination-6.471537
Orbital Period32671445.012093
Periapsis153.84831
Radius1593857.25
Rotation Period99030.429735
Semi-Major Axis254554551.83983
Surface Gravity1.109716
Surface Pressure0
Surface Temperature24.207399
Mean Anomaly171.453779
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.11%
Carbon18.59%
Iron15.77%
Nickel11.93%
Phosphorus11.90%
Chromium7.09%
Manganese6.51%
Germanium3.29%
Niobium1.08%
Tin1.03%
Antimony0.70%
Blae Drye RT-P a101-6 4
Icy body
Landable
Distance2,039.08ls
Ascending Node178.316824
Axial Tilt-0.28112
Eccentricity0.097333
Earth mass0.003806
Orbital Inclination8.455098
Orbital Period13358913.064003
Periapsis124.811475
Radius1307303.875
Rotation Period150214.180047
Semi-Major Axis96249647.736549
Surface Gravity0.887584
Surface Pressure0
Surface Temperature24.207399
Mean Anomaly125.807822
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.17%
Carbon18.64%
Iron15.44%
Phosphorus11.93%
Nickel11.68%
Chromium6.95%
Manganese6.38%
Vanadium3.79%
Niobium1.06%
Tin1.01%
Ruthenium0.95%
Blae Drye RT-P a101-6 5
Icy body
Landable
Distance2,038.31ls
Ascending Node178.316824
Axial Tilt0.511327
Eccentricity0.097333
Earth mass0.002779
Orbital Inclination8.455098
Orbital Period13358913.064003
Periapsis304.81147
Radius1178454.375
Rotation Period64029.896277
Semi-Major Axis131825393.43834
Surface Gravity0.797512
Surface Pressure0
Surface Temperature24.207399
Mean Anomaly125.807693
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.35%
Carbon18.79%
Iron15.57%
Phosphorus12.03%
Nickel11.78%
Chromium7.00%
Manganese6.43%
Germanium3.27%
Niobium1.06%
Molybdenum1.02%
Antimony0.69%
Blae Drye RT-P a101-6 6
Icy body
Landable
Distance2,633.57ls
Ascending Node1.543097
Axial Tilt-1.147284
Eccentricity0.000283
Earth mass0.013776
Orbital Inclination0.031253
Orbital Period863152986.76491
Periapsis139.726481
Radius1990542
Rotation Period87834.119932
Semi-Major Axis789496195316.31
Surface Gravity1.385727
Surface Pressure0
Surface Temperature21.280584
Mean Anomaly97.3486
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.31%
Carbon18.76%
Iron15.69%
Phosphorus12.01%
Nickel11.87%
Chromium7.06%
Manganese6.48%
Selenium3.49%
Tin1.02%
Tungsten0.86%
Polonium0.44%
Blae Drye RT-P a101-6 6 a
Icy body
Landable
Distance2,632.89ls
Ascending Node41.73166
Axial Tilt0.434275
Eccentricity0
Earth mass0.000485
Orbital Inclination13.557109
Orbital Period18826991.319656
Periapsis312.210474
Radius702184.375
Rotation Period158612.074369
Semi-Major Axis370922255.51605
Surface Gravity0.391789
Surface Pressure0
Surface Temperature21.280584
Mean Anomaly274.930861
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur26.96%
Carbon22.67%
Phosphorus14.52%
Iron11.84%
Nickel8.95%
Chromium5.32%
Selenium4.22%
Zinc3.22%
Cadmium0.92%
Ruthenium0.73%
Tungsten0.65%
Blae Drye RT-P a101-6 7
Icy body
Landable
Distance3,484.09ls
Ascending Node10.501416
Axial Tilt-0.502594
Eccentricity0.016533
Earth mass0.005137
Orbital Inclination8.065377
Orbital Period1282817304.1344
Periapsis143.447121
Radius1443046.75
Rotation Period89291.86294
Semi-Major Axis1028177499771.1
Surface Gravity0.983167
Surface Pressure0
Surface Temperature20
Mean Anomaly163.575739
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Sulphur22.94%
Carbon19.29%
Iron15.98%
Phosphorus12.35%
Nickel12.09%
Chromium7.19%
Zinc4.34%
Germanium3.36%
Tungsten0.88%
Tellurium0.87%
Mercury0.70%
Blae Drye RT-P a101-6 8
Sudarsky class I gas giant
Distance9,775.65ls
Ascending Node-4.989224
Axial Tilt0.456926
Eccentricity0.032442
Earth mass375.768555
Orbital Inclination37.991718
Orbital Period6480115890.5029
Periapsis355.599043
Radius68807456
Rotation Period153491.85368
Semi-Major Axis3027006745338.4
Surface Gravity31.634341
Surface Pressure0
Surface Temperature61.387016
Mean Anomaly349.18625
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve Level---
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Traikoa DG-V a98-0📋 | 0 | Anarchy | 21.25 | No | |
| Traikoa NS-R a100-1📋 | 0 | Anarchy | 22.96 | No |