Blae Drye VR-D b31-1
X: -2225.625 / Y: -249.84375 / Z: 4722
Updated
71d 20h
71d 20h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 6
Stations 0
Fuel scoop
Available
Blae Drye VR-D b31-1 A
M (Red dwarf) Star
Fuel scoop
Subclass0
LuminosityVz
Distance0.00ls
Stellar Mass0.31
Radius327,607,488.00
Absolute Magnitude9.34
Rotation Period188,752.12
Surface Temperature2984
Age214
Axial Tilt0.00
Semi-Major Axis236,568,492,650.99
Eccentricity0.25
Orbital Inclination-22.05
Periapsis333.92
Orbital Period346,077,698.47
Ascending Node-146.39
Mean Anomaly154.82
Blae Drye VR-D b31-1 A 1
High metal content body
Distance33.80ls
Ascending Node117.473103
Axial Tilt1.847831
Eccentricity0.000114
Earth mass0.175812
Orbital Inclination-0.165346
Orbital Period994901.746511
Periapsis265.431919
Radius3548984.5
Rotation Period-994905.785784
Semi-Major Axis10131773352.623
Surface Gravity5.563525
Surface Pressure30116.015625
Surface Temperature373.371735
Mean Anomaly240.458784
LandableNo
Tidal LockNo
Atmosphere TypeSulphurDioxide
Reserve Level---
Blae Drye VR-D b31-1 A 1 a
Rocky body
Landable
Distance33.83ls
Ascending Node43.736758
Axial Tilt-0.249192
Eccentricity0
Earth mass0.010505
Orbital Inclination52.255933
Orbital Period42757.896781
Periapsis204.421965
Radius1508589.375
Rotation Period44016.833798
Semi-Major Axis15094373.226166
Surface Gravity1.839842
Surface Pressure0
Surface Temperature362.123779
Mean Anomaly352.686469
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Iron20.83%
Sulphur18.58%
Nickel15.75%
Carbon15.62%
Phosphorus10.00%
Manganese8.60%
Vanadium5.11%
Zirconium2.42%
Niobium1.42%
Mercury0.91%
Technetium0.74%
Blae Drye VR-D b31-1 A 2
High metal content body
Landable
Distance41.74ls
Ascending Node-91.408364
Axial Tilt0.007182
Eccentricity0.001593
Earth mass0.087098
Orbital Inclination0.638985
Orbital Period1367179.512978
Periapsis116.667475
Radius2847962
Rotation Period1367185.169978
Semi-Major Axis12523211240.768
Surface Gravity4.280064
Surface Pressure66.248871
Surface Temperature328.387848
Mean Anomaly63.905105
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron21.07%
Nickel15.93%
Sulphur14.89%
Carbon12.52%
Chromium9.47%
Manganese8.70%
Phosphorus8.02%
Zinc5.72%
Tin1.37%
Tungsten1.16%
Tellurium1.14%
Blae Drye VR-D b31-1 B
L (Brown dwarf) Star
Subclass0
LuminosityVz
Distance2,418.18ls
Stellar Mass0.14
Radius220,994,432.00
Absolute Magnitude12.52
Rotation Period108,000.90
Surface Temperature1745
Age214
Axial Tilt0.00
Semi-Major Axis5,972,345,590.59
Eccentricity0.18
Orbital Inclination13.97
Periapsis313.99
Orbital Period3,045,221.39
Ascending Node-158.40
Mean Anomaly162.74
Blae Drye VR-D b31-1 C
T (Brown dwarf) Star
Subclass0
LuminosityVz
Distance2,482.59ls
Stellar Mass0.07
Radius139,341,952.00
Absolute Magnitude15.94
Rotation Period57,131.79
Surface Temperature1001
Age214
Axial Tilt0.00
Semi-Major Axis12,647,330,164.91
Eccentricity0.18
Orbital Inclination13.97
Periapsis133.99
Orbital Period3,045,221.39
Ascending Node-158.40
Mean Anomaly162.74
| System | Minor faction | Population | Security | Distance | Scoopable |
|---|---|---|---|---|---|
| Blae Drye WR-D b31-1π | 0 | Anarchy | 14.76 | Yes | |
| Blae Drye VS-C c15-2π | 0 | Anarchy | 16.15 | No | |
| Blae Drye LJ-O d7-64π | 0 | Anarchy | 17.66 | Yes | |
| Blae Drye VS-C c15-17π | 0 | Anarchy | 18.28 | Yes | |
| Blae Drye WS-C c15-2π | 0 | Anarchy | 19.51 | No | |
| Blae Drye KJ-O d7-21π | 0 | Anarchy | 19.61 | Yes | |
| Blae Drye ZX-B b32-1π | 0 | Anarchy | 23.42 | Yes | |
| Blae Drye VS-C c15-15π | 0 | Anarchy | 27.22 | Yes | |
| Blae Drye XC-C b32-5π | 0 | Anarchy | 28.07 | Yes | |
| Blae Drye PQ-F b30-0π | 0 | Anarchy | 29.42 | Yes | |
| Blae Drye NE-O d7-51π | 0 | Anarchy | 29.83 | Yes | |
| Blae Drye RL-F b30-0π | 0 | --- | 30.43 | No | |
| Blae Drye XC-C b32-2π | 0 | Anarchy | 33.13 | No | |
| M26 Sector GX-T b3-0π | 0 | Anarchy | 33.71 | No | |
| Blae Drye LJ-O d7-35π | 0 | Anarchy | 39.41 | No |