Star system
Lelatuba
Economy
Industrial / Extraction
Government
Patronage
Allegiance
Independent
Star type
Class M star Scoopable
Coordinates
-20.38 / -104.72 / -50.31
Permit required
No
Powerplay
Unoccupied
Powers
︎ Lelatuba - Class M star
Body distance-Solar masses0.4336Solar radius0.6358︎ Lelatuba 1 - High metal content world
Body distance477 LsEarth masses0.0435Radius2,334 kmGravity0.32 gSurface temperature98 K (-175°C/-283°F)Surface pressure0.14 atmVolcanismAtmosphereArgonTerraforming︎ Lelatuba 2 - High metal content world
Body distance710 LsEarth masses0.0396Radius2,265 kmGravity0.31 gSurface temperature81 K (-192°C/-314°F)Surface pressure0.33 atmVolcanismAtmosphereArgonTerraforming︎ Lelatuba 3 - Icy body Landable
Body distance1,266 LsEarth masses0.0627Radius3,267 kmGravity0.24 gSurface temperature60 K (-214°C/-352°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Ruthenium: 0.9%︎ Niobium: 1.1%︎ Tungsten: 0.8%︎ Chromium: 6.9%︎ Manganese: 6.3%︎ Zinc: 4.2%︎ Carbon: 18.6%︎ Iron: 15.4%︎ Nickel: 11.6%︎ Phosphorus: 11.9%︎ Sulphur: 22.2%︎ Lelatuba 4 - Icy body Landable
Body distance1,762 LsEarth masses0.1440Radius4,256 kmGravity0.32 gSurface temperature51 K (-223°C/-369°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Antimony: 0.7%︎ Selenium: 3.6%︎ Mercury: 0.7%︎ Molybdenum: 1.1%︎ Germanium: 3.4%︎ Manganese: 6.7%︎ Carbon: 19.5%︎ Iron: 16.2%︎ Nickel: 12.3%︎ Phosphorus: 12.5%︎ Sulphur: 23.2%︎ Lelatuba 4 a - Icy body Landable
Body distance1,762 LsEarth masses0.0045Radius1,470 kmGravity0.08 gSurface temperature51 K (-223°C/-369°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Polonium: 0.3%︎ Selenium: 4.3%︎ Mercury: 0.5%︎ Tungsten: 0.7%︎ Germanium: 3.2%︎ Manganese: 4.9%︎ Carbon: 23.0%︎ Iron: 12.0%︎ Nickel: 9.0%︎ Phosphorus: 14.7%︎ Sulphur: 27.4%︎ Lelatuba 5 - Icy body Landable
Body distance2,387 LsEarth masses0.2612Radius5,130 kmGravity0.40 gSurface temperature43 K (-230°C/-381°F)Surface pressure0.00 atmVolcanismAtmosphereThin NeonTerraforming︎ Yttrium: 0.9%︎ Cadmium: 1.2%︎ Tin: 1.0%︎ Chromium: 6.9%︎ Manganese: 6.4%︎ Zinc: 4.2%︎ Carbon: 18.5%︎ Iron: 15.4%︎ Nickel: 11.7%︎ Phosphorus: 11.8%︎ Sulphur: 22.0%︎ Lelatuba 5 a - Icy body Landable
Body distance2,388 LsEarth masses0.0153Radius2,194 kmGravity0.13 gSurface temperature43 K (-230°C/-381°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Antimony: 0.7%︎ Mercury: 0.5%︎ Molybdenum: 0.8%︎ Chromium: 5.3%︎ Manganese: 4.9%︎ Vanadium: 2.9%︎ Carbon: 22.7%︎ Iron: 11.8%︎ Nickel: 8.9%︎ Phosphorus: 14.5%︎ Sulphur: 27.0%︎ Lelatuba 6 - Icy body Landable
Body distance3,282 LsEarth masses0.0696Radius3,380 kmGravity0.25 gSurface temperature37 K (-236°C/-393°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Ruthenium: 1.0%︎ Niobium: 1.1%︎ Tungsten: 0.9%︎ Germanium: 3.4%︎ Manganese: 6.6%︎ Vanadium: 3.9%︎ Carbon: 19.4%︎ Iron: 16.0%︎ Nickel: 12.1%︎ Phosphorus: 12.4%︎ Sulphur: 23.1%︎ Lelatuba 7 - Icy body Landable
Body distance4,046 LsEarth masses0.1644Radius4,448 kmGravity0.34 gSurface temperature33 K (-240°C/-400°F)Surface pressure0.00 atmVolcanismAtmosphereThin NeonTerraforming︎ Ruthenium: 1.0%︎ Molybdenum: 1.0%︎ Niobium: 1.1%︎ Chromium: 7.0%︎ Germanium: 3.2%︎ Manganese: 6.4%︎ Carbon: 18.8%︎ Iron: 15.5%︎ Nickel: 11.7%︎ Phosphorus: 12.0%︎ Sulphur: 22.3%︎ Lelatuba 8 - Icy body Landable
Body distance6,134 LsEarth masses0.3197Radius5,482 kmGravity0.43 gSurface temperature27 K (-246°C/-411°F)Surface pressure0.00 atmVolcanismAtmosphereThin NeonTerraforming︎ Tellurium: 0.9%︎ Cadmium: 1.2%︎ Mercury: 0.7%︎ Chromium: 7.2%︎ Germanium: 3.3%︎ Zinc: 4.3%︎ Carbon: 19.3%︎ Iron: 15.9%︎ Nickel: 12.0%︎ Phosphorus: 12.3%︎ Sulphur: 22.9%︎ Lelatuba 8 a - Icy body Landable
Body distance6,134 LsEarth masses0.0031Radius1,291 kmGravity0.07 gSurface temperature27 K (-246°C/-411°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Technetium: 0.4%︎ Cadmium: 0.9%︎ Molybdenum: 0.8%︎ Chromium: 5.4%︎ Vanadium: 2.9%︎ Zinc: 3.3%︎ Carbon: 23.1%︎ Iron: 12.0%︎ Nickel: 9.1%︎ Phosphorus: 14.8%︎ Sulphur: 27.4%