Star system

Walbanga︎

Economy
Extraction / Agriculture
Government
Democracy
Allegiance
Independent
Star type
Class M star Scoopable
Coordinates
-129.69 / 68.88 / 93.22
Permit required
No

  • ︎ Walbanga A - Class M star

    Body distance
    -

    Solar masses
    0.3008
    Solar radius
    0.5142

    • ︎ Walbanga A 1 - Gas giant with water-based life

      Body distance
      735 Ls

      Earth masses
      561.9140
      Radius
      70,780 km
      Gravity
      4.56 g
      Surface temperature
      173 K (-100°C/-148°F)
      Surface pressure
      0.00 atm
      Volcanism
      Atmosphere
      Terraforming

  • ︎ Walbanga BC 5 - Icy body

    Body distance
    10,390 Ls

    Earth masses
    1.2558
    Radius
    8,295 km
    Gravity
    0.74 g
    Surface temperature
    48 K (-225°C/-373°F)
    Surface pressure
    0.26 atm
    Volcanism
    Major Water geysers
    Atmosphere
    Neon-rich
    Terraforming

    • ︎ Walbanga BC 5 a - Icy body Landable

      Body distance
      10,392 Ls

      Earth masses
      0.0821
      Radius
      3,785 km
      Gravity
      0.23 g
      Surface temperature
      47 K (-226°C/-375°F)
      Surface pressure
      0.00 atm
      Volcanism
      Atmosphere
      Terraforming

      ︎ Tellurium: 0.8%︎ Mercury: 0.5%︎ Niobium: 0.8%︎ Germanium: 3.2%︎ Manganese: 4.9%︎ Zinc: 3.3%︎ Carbon: 23.1%︎ Iron: 12.0%︎ Nickel: 9.1%︎ Phosphorus: 14.8%︎ Sulphur: 27.5%

  • ︎ Walbanga BC 2 - Icy body

    Body distance
    10,499 Ls

    Earth masses
    0.8914
    Radius
    7,517 km
    Gravity
    0.64 g
    Surface temperature
    138 K (-135°C/-212°F)
    Surface pressure
    1,630.23 atm
    Volcanism
    Carbon dioxide geysers
    Atmosphere
    Thick Nitrogen
    Terraforming

  • ︎ Walbanga BC 1 - Icy body

    Body distance
    10,514 Ls

    Earth masses
    0.8151
    Radius
    7,316 km
    Gravity
    0.62 g
    Surface temperature
    258 K (-15°C/5°F)
    Surface pressure
    1,620.74 atm
    Volcanism
    Minor Carbon dioxide geysers
    Atmosphere
    Thick Methane-rich
    Terraforming

  • ︎ Walbanga C - Class L star (brown dwarf)

    Body distance
    10,524 Ls

    Solar masses
    0.1211
    Solar radius
    0.2514

    • ︎ Walbanga C 3 - High metal content world Landable

      Body distance
      10,533 Ls

      Earth masses
      0.0010
      Radius
      656 km
      Gravity
      0.09 g
      Surface temperature
      350 K (77°C/170°F)
      Surface pressure
      0.00 atm
      Volcanism
      Atmosphere
      Terraforming

      ︎ Selenium: 2.6%︎ Yttrium: 1.4%︎ Cadmium: 1.8%︎ Tin: 1.5%︎ Arsenic: 2.2%︎ Chromium: 10.4%︎ Carbon: 13.9%︎ Iron: 23.2%︎ Nickel: 17.6%︎ Phosphorus: 8.9%︎ Sulphur: 16.5%

    • ︎ Walbanga C 2 - High metal content world Landable

      Body distance
      10,540 Ls

      Earth masses
      0.0022
      Radius
      862 km
      Gravity
      0.12 g
      Surface temperature
      413 K (139°C/283°F)
      Surface pressure
      0.00 atm
      Volcanism
      Minor Metallic magma
      Atmosphere
      Terraforming

      ︎ Ruthenium: 1.4%︎ Cadmium: 1.7%︎ Molybdenum: 1.4%︎ Chromium: 9.9%︎ Germanium: 4.6%︎ Vanadium: 5.4%︎ Carbon: 13.1%︎ Iron: 21.9%︎ Nickel: 16.6%︎ Phosphorus: 8.4%︎ Sulphur: 15.6%

    • ︎ Walbanga C 1 - High metal content world Landable

      Body distance
      10,541 Ls

      Earth masses
      0.0018
      Radius
      799 km
      Gravity
      0.11 g
      Surface temperature
      465 K (192°C/378°F)
      Surface pressure
      0.00 atm
      Volcanism
      Major Silicate vapour geysers
      Atmosphere
      Terraforming

      ︎ Technetium: 0.8%︎ Cadmium: 1.7%︎ Mercury: 0.9%︎ Chromium: 9.6%︎ Germanium: 4.5%︎ Manganese: 8.8%︎ Carbon: 12.8%︎ Iron: 21.4%︎ Nickel: 16.2%︎ Phosphorus: 8.2%︎ Sulphur: 15.2%

    • ︎ Walbanga C 4 - High metal content world Landable

      Body distance
      10,551 Ls

      Earth masses
      0.0010
      Radius
      660 km
      Gravity
      0.09 g
      Surface temperature
      320 K (47°C/116°F)
      Surface pressure
      0.00 atm
      Volcanism
      Atmosphere
      Terraforming

      ︎ Yttrium: 1.3%︎ Molybdenum: 1.4%︎ Tungsten: 1.2%︎ Chromium: 9.9%︎ Germanium: 4.6%︎ Zinc: 6.0%︎ Carbon: 13.1%︎ Iron: 21.9%︎ Nickel: 16.6%︎ Phosphorus: 8.4%︎ Sulphur: 15.6%

  • ︎ Walbanga B - Class L star (brown dwarf)

    Body distance
    10,617 Ls

    Solar masses
    0.1641
    Solar radius
    0.3346

    • ︎ Walbanga B 2 - High metal content world Landable

      Body distance
      10,606 Ls

      Earth masses
      0.0048
      Radius
      1,108 km
      Gravity
      0.16 g
      Surface temperature
      348 K (75°C/166°F)
      Surface pressure
      0.00 atm
      Volcanism
      Atmosphere
      Terraforming

      ︎ Ruthenium: 1.3%︎ Selenium: 2.4%︎ Cadmium: 1.7%︎ Niobium: 1.5%︎ Chromium: 9.7%︎ Manganese: 8.9%︎ Carbon: 12.9%︎ Iron: 21.6%︎ Nickel: 16.3%︎ Phosphorus: 8.3%︎ Sulphur: 15.4%

    • ︎ Walbanga B 1 - High metal content world Landable

      Body distance
      10,608 Ls

      Earth masses
      0.0045
      Radius
      1,089 km
      Gravity
      0.15 g
      Surface temperature
      518 K (245°C/472°F)
      Surface pressure
      0.00 atm
      Volcanism
      Minor Metallic magma
      Atmosphere
      Terraforming

      ︎ Ruthenium: 1.3%︎ Cadmium: 1.6%︎ Molybdenum: 1.4%︎ Chromium: 9.4%︎ Manganese: 8.7%︎ Vanadium: 5.2%︎ Carbon: 12.6%︎ Iron: 21.0%︎ Nickel: 15.9%︎ Phosphorus: 8.0%︎ Sulphur: 14.9%

  • ︎ Walbanga BC 4 - Icy body

    Body distance
    10,752 Ls

    Earth masses
    0.4530
    Radius
    6,112 km
    Gravity
    0.49 g
    Surface temperature
    80 K (-193°C/-316°F)
    Surface pressure
    970.54 atm
    Volcanism
    Atmosphere
    Thick Argon-rich
    Terraforming

  • ︎ Walbanga BC 3 - Icy body

    Body distance
    10,789 Ls

    Earth masses
    0.8418
    Radius
    7,388 km
    Gravity
    0.63 g
    Surface temperature
    65 K (-208°C/-342°F)
    Surface pressure
    0.86 atm
    Volcanism
    Minor Carbon dioxide geysers
    Atmosphere
    Argon-rich
    Terraforming