Star system
Apurusia
Economy
Extraction / Industrial
Government
Cooperative
Allegiance
Independent
Star type
Class K star Scoopable
Coordinates
8.47 / -172 / -20.28
Permit required
No
Powerplay
Unoccupied
Powers
︎ Apurusia A - Class K star
Body distance-Solar masses0.6289Solar radius0.7478︎ Apurusia A 1 - Metal-rich body Landable
Body distance12 LsEarth masses0.0351Radius1,712 kmGravity0.49 gSurface temperature1,033 K (760°C/1,400°F)Surface pressure0.00 atmVolcanismMajor Rocky magmaAtmosphereTerraforming︎ Yttrium: 1.9%︎ Cadmium: 2.5%︎ Molybdenum: 2.1%︎ Chromium: 14.7%︎ Manganese: 13.5%︎ Vanadium: 8.0%︎ Iron: 32.6%︎ Nickel: 24.7%︎ Apurusia A 2 - High metal content world Landable
Body distance16 LsEarth masses0.1080Radius3,049 kmGravity0.47 gSurface temperature909 K (636°C/1,177°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Selenium: 2.5%︎ Yttrium: 1.4%︎ Cadmium: 1.8%︎ Molybdenum: 1.5%︎ Manganese: 9.4%︎ Vanadium: 5.6%︎ Carbon: 13.5%︎ Iron: 22.7%︎ Nickel: 17.2%︎ Phosphorus: 8.6%︎ Sulphur: 16.0%︎ Apurusia A 3 - High metal content world Landable
Body distance45 LsEarth masses0.1809Radius3,591 kmGravity0.57 gSurface temperature580 K (307°C/585°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Ruthenium: 1.4%︎ Molybdenum: 1.5%︎ Tungsten: 1.2%︎ Germanium: 4.6%︎ Manganese: 9.2%︎ Vanadium: 5.5%︎ Carbon: 13.2%︎ Iron: 22.3%︎ Nickel: 16.9%︎ Phosphorus: 8.5%︎ Sulphur: 15.7%︎ Apurusia A 4 - High metal content world Landable
Body distance62 LsEarth masses0.2498Radius3,975 kmGravity0.64 gSurface temperature506 K (232°C/450°F)Surface pressure0.01 atmVolcanismAtmosphereHot Thin Sulphur dioxideTerraforming︎ Ruthenium: 1.4%︎ Molybdenum: 1.5%︎ Tungsten: 1.3%︎ Arsenic: 2.1%︎ Chromium: 10.3%︎ Germanium: 4.7%︎ Carbon: 13.6%︎ Iron: 22.9%︎ Nickel: 17.3%︎ Phosphorus: 8.7%︎ Sulphur: 16.2%︎ Apurusia B - Class M star
Body distance695 LsSolar masses0.3438Solar radius0.5592︎ Apurusia B 4 - High metal content world Landable
Body distance609 LsEarth masses0.0348Radius2,114 kmGravity0.32 gSurface temperature399 K (125°C/258°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Yttrium: 1.3%︎ Niobium: 1.4%︎ Tungsten: 1.2%︎ Chromium: 9.5%︎ Manganese: 8.7%︎ Zinc: 5.7%︎ Carbon: 12.4%︎ Iron: 21.1%︎ Nickel: 16.0%︎ Phosphorus: 7.9%︎ Sulphur: 14.8%︎ Apurusia B 4 a - Rocky body
Body distance646 LsEarth masses0.0017Radius821 kmGravity0.10 gSurface temperature399 K (125°C/258°F)Surface pressure0.00 atmVolcanismMajor Rocky magmaAtmosphereSulphur dioxideTerraforming︎ Apurusia B 1 - High metal content world Landable
Body distance673 LsEarth masses0.0847Radius2,821 kmGravity0.43 gSurface temperature781 K (508°C/947°F)Surface pressure0.00 atmVolcanismRocky magmaAtmosphereTerraforming︎ Yttrium: 1.3%︎ Mercury: 1.0%︎ Tungsten: 1.2%︎ Chromium: 9.9%︎ Germanium: 4.6%︎ Zinc: 6.0%︎ Carbon: 13.1%︎ Iron: 22.1%︎ Nickel: 16.7%︎ Phosphorus: 8.4%︎ Sulphur: 15.6%︎ Apurusia B 1 a - Rocky body Landable
Body distance670 LsEarth masses0.0008Radius647 kmGravity0.08 gSurface temperature781 K (508°C/947°F)Surface pressure0.00 atmVolcanismMajor Silicate vapour geysersAtmosphereTerraforming︎ Selenium: 2.8%︎ Yttrium: 1.2%︎ Molybdenum: 1.3%︎ Tin: 1.3%︎ Chromium: 9.1%︎ Zinc: 5.5%︎ Carbon: 15.2%︎ Iron: 20.3%︎ Nickel: 15.4%︎ Phosphorus: 9.7%︎ Sulphur: 18.1%︎ Apurusia B 2 - High metal content world Landable
Body distance677 LsEarth masses0.0270Radius1,953 kmGravity0.29 gSurface temperature698 K (425°C/797°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Ruthenium: 1.4%︎ Selenium: 2.5%︎ Molybdenum: 1.5%︎ Niobium: 1.6%︎ Chromium: 10.2%︎ Germanium: 4.7%︎ Carbon: 13.5%︎ Iron: 22.7%︎ Nickel: 17.2%︎ Phosphorus: 8.6%︎ Sulphur: 16.1%︎ Apurusia B 3 - High metal content world Landable
Body distance725 LsEarth masses0.0751Radius2,715 kmGravity0.41 gSurface temperature482 K (209°C/408°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Ruthenium: 1.4%︎ Cadmium: 1.8%︎ Niobium: 1.5%︎ Manganese: 9.3%︎ Vanadium: 5.6%︎ Zirconium: 2.6%︎ Carbon: 13.4%︎ Iron: 22.6%︎ Nickel: 17.1%︎ Phosphorus: 8.6%︎ Sulphur: 16.0%︎ Apurusia AB 1 - Class III gas giant
Body distance1,242 LsRing/belt typeMetal rich (Common)
Rocky (Common)Earth masses2,298.6300Radius71,881 kmGravity18.08 gSurface temperature562 K (289°C/551°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Apurusia AB 1 i a - Icy body Landable
Body distance1,292 LsEarth masses0.0073Radius1,739 kmGravity0.10 gSurface temperature103 K (-170°C/-274°F)Surface pressure0.00 atmVolcanismCarbon dioxide geysersAtmosphereTerraforming︎ Yttrium: 0.6%︎ Cadmium: 0.8%︎ Mercury: 0.4%︎ Germanium: 3.3%︎ Zinc: 2.8%︎ Zirconium: 1.2%︎ Carbon: 25.8%︎ Iron: 10.1%︎ Nickel: 7.7%︎ Phosphorus: 16.5%︎ Sulphur: 30.7%︎ Apurusia AB 1 a - Rocky body Landable
Body distance1,307 LsEarth masses0.0028Radius994 kmGravity0.12 gSurface temperature168 K (-105°C/-157°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Antimony: 1.2%︎ Selenium: 3.0%︎ Mercury: 0.9%︎ Molybdenum: 1.3%︎ Chromium: 8.8%︎ Zinc: 5.3%︎ Carbon: 16.0%︎ Iron: 19.5%︎ Nickel: 14.8%︎ Phosphorus: 10.2%︎ Sulphur: 19.0%︎ Apurusia AB 1 e - Rocky body
Body distance1,365 LsEarth masses0.0026Radius976 kmGravity0.11 gSurface temperature274 K (1°C/34°F)Surface pressure2.49 atmVolcanismMajor Silicate vapour geysersAtmosphereCarbon dioxideTerraforming︎ Apurusia AB 1 d - Rocky body
Body distance1,377 LsEarth masses0.0095Radius1,477 kmGravity0.18 gSurface temperature310 K (37°C/99°F)Surface pressure5.96 atmVolcanismMajor Silicate vapour geysersAtmosphereThick Carbon dioxideTerraforming︎ Apurusia AB 1 j - Icy body
Body distance1,411 LsRing/belt typeIcy (Common)Earth masses0.1374Radius4,464 kmGravity0.28 gSurface temperature98 K (-176°C/-284°F)Surface pressure4.00 atmVolcanismAtmosphereNitrogenTerraforming︎ Apurusia AB 1 h - Icy body Landable
Body distance1,413 LsEarth masses0.0379Radius2,886 kmGravity0.18 gSurface temperature107 K (-166°C/-266°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Tellurium: 0.9%︎ Mercury: 0.5%︎ Tin: 0.7%︎ Chromium: 5.6%︎ Manganese: 5.2%︎ Vanadium: 3.1%︎ Carbon: 21.9%︎ Iron: 12.5%︎ Nickel: 9.5%︎ Phosphorus: 14.0%︎ Sulphur: 26.0%︎ Apurusia AB 1 g - Rocky body Landable
Body distance1,509 LsEarth masses0.0027Radius982 kmGravity0.12 gSurface temperature129 K (-144°C/-228°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Tellurium: 1.4%︎ Cadmium: 1.5%︎ Tin: 1.1%︎ Manganese: 7.9%︎ Vanadium: 4.7%︎ Zinc: 5.2%︎ Carbon: 15.7%︎ Iron: 19.2%︎ Nickel: 14.5%︎ Phosphorus: 10.1%︎ Sulphur: 18.7%︎ Apurusia AB 1 c - Rocky body Landable
Body distance1,518 LsEarth masses0.0021Radius898 kmGravity0.11 gSurface temperature155 K (-118°C/-181°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Ruthenium: 1.2%︎ Selenium: 2.9%︎ Cadmium: 1.5%︎ Tin: 1.1%︎ Chromium: 8.5%︎ Manganese: 7.8%︎ Carbon: 15.5%︎ Iron: 18.9%︎ Nickel: 14.3%︎ Phosphorus: 9.9%︎ Sulphur: 18.4%︎ Apurusia AB 1 b - Rocky body Landable
Body distance1,527 LsEarth masses0.0024Radius943 kmGravity0.11 gSurface temperature161 K (-112°C/-170°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Ruthenium: 1.1%︎ Mercury: 0.8%︎ Tungsten: 1.0%︎ Chromium: 8.4%︎ Germanium: 5.3%︎ Manganese: 7.7%︎ Carbon: 15.2%︎ Iron: 18.6%︎ Nickel: 14.1%︎ Phosphorus: 9.7%︎ Sulphur: 18.1%︎ Apurusia AB 1 i - Icy body Landable
Body distance1,533 LsEarth masses0.0878Radius3,776 kmGravity0.25 gSurface temperature103 K (-170°C/-274°F)Surface pressure0.03 atmVolcanismAtmosphereThin ArgonTerraforming︎ Antimony: 0.8%︎ Tin: 0.8%︎ Tungsten: 0.7%︎ Arsenic: 1.7%︎ Germanium: 3.7%︎ Manganese: 5.4%︎ Carbon: 22.6%︎ Iron: 13.1%︎ Nickel: 9.9%︎ Phosphorus: 14.5%︎ Sulphur: 26.8%︎ Apurusia AB 1 f - Rocky body Landable
Body distance1,549 LsEarth masses0.0033Radius1,040 kmGravity0.12 gSurface temperature134 K (-139°C/-219°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Technetium: 0.7%︎ Cadmium: 1.5%︎ Mercury: 0.9%︎ Manganese: 8.2%︎ Zinc: 5.4%︎ Zirconium: 2.3%︎ Carbon: 16.3%︎ Iron: 19.9%︎ Nickel: 15.0%︎ Phosphorus: 10.4%︎ Sulphur: 19.3%︎ Apurusia AB 2 - Class Y star (brown dwarf)
Body distance1,797 LsSolar masses0.0156Solar radius0.0779︎ Apurusia AB 2 e - Rocky body Landable
Body distance2,102 LsEarth masses0.0169Radius1,785 kmGravity0.22 gSurface temperature105 K (-169°C/-271°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Polonium: 0.5%︎ Selenium: 3.0%︎ Molybdenum: 1.3%︎ Niobium: 1.3%︎ Chromium: 8.9%︎ Vanadium: 4.8%︎ Carbon: 16.1%︎ Iron: 19.7%︎ Nickel: 14.9%︎ Phosphorus: 10.3%︎ Sulphur: 19.2%︎ Apurusia AB 2 b - Rocky body Landable
Body distance2,104 LsEarth masses0.0027Radius972 kmGravity0.11 gSurface temperature118 K (-156°C/-248°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Selenium: 3.1%︎ Tellurium: 1.5%︎ Niobium: 1.4%︎ Tin: 1.2%︎ Vanadium: 5.0%︎ Zinc: 5.5%︎ Carbon: 16.6%︎ Iron: 20.2%︎ Nickel: 15.3%︎ Phosphorus: 10.6%︎ Sulphur: 19.7%︎ Apurusia AB 2 a - Rocky body
Body distance2,106 LsEarth masses0.0073Radius1,358 kmGravity0.16 gSurface temperature284 K (11°C/52°F)Surface pressure4.88 atmVolcanismMetallic magmaAtmosphereCarbon dioxideTerraforming︎ Apurusia AB 2 g - Rocky body Landable
Body distance2,148 LsEarth masses0.0154Radius1,733 kmGravity0.21 gSurface temperature93 K (-180°C/-292°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Yttrium: 1.2%︎ Cadmium: 1.6%︎ Tin: 1.2%︎ Arsenic: 2.7%︎ Zinc: 5.7%︎ Zirconium: 2.4%︎ Carbon: 17.1%︎ Iron: 20.9%︎ Nickel: 15.8%︎ Phosphorus: 11.0%︎ Sulphur: 20.3%︎ Apurusia AB 2 c - Rocky body Landable
Body distance2,178 LsEarth masses0.0046Radius1,166 kmGravity0.14 gSurface temperature114 K (-159°C/-254°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Tellurium: 1.5%︎ Mercury: 0.9%︎ Molybdenum: 1.3%︎ Chromium: 8.9%︎ Vanadium: 4.8%︎ Zirconium: 2.3%︎ Carbon: 16.2%︎ Iron: 19.7%︎ Nickel: 14.9%︎ Phosphorus: 10.3%︎ Sulphur: 19.2%︎ Apurusia AB 2 d - Rocky body Landable
Body distance2,181 LsEarth masses0.0077Radius1,378 kmGravity0.16 gSurface temperature109 K (-164°C/-264°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Antimony: 1.2%︎ Mercury: 0.8%︎ Tin: 1.1%︎ Chromium: 8.6%︎ Germanium: 5.5%︎ Vanadium: 4.7%︎ Carbon: 15.7%︎ Iron: 19.2%︎ Nickel: 14.5%︎ Phosphorus: 10.0%︎ Sulphur: 18.6%︎ Apurusia AB 2 f - Rocky body Landable
Body distance2,184 LsEarth masses0.0128Radius1,628 kmGravity0.20 gSurface temperature99 K (-174°C/-281°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Selenium: 3.0%︎ Tellurium: 1.5%︎ Niobium: 1.4%︎ Tungsten: 1.1%︎ Arsenic: 2.6%︎ Chromium: 9.0%︎ Carbon: 16.4%︎ Iron: 20.0%︎ Nickel: 15.1%︎ Phosphorus: 10.5%︎ Sulphur: 19.5%︎ Apurusia AB 2 h - Icy body Landable
Body distance2,186 LsRing/belt typeIcy (Common)Earth masses0.1648Radius4,729 kmGravity0.30 gSurface temperature76 K (-197°C/-322°F)Surface pressure0.05 atmVolcanismAtmosphereThin Argon-richTerraforming︎ Polonium: 0.3%︎ Niobium: 0.8%︎ Tin: 0.7%︎ Chromium: 5.3%︎ Germanium: 3.1%︎ Manganese: 4.9%︎ Carbon: 22.7%︎ Iron: 11.8%︎ Nickel: 8.9%︎ Phosphorus: 14.5%︎ Sulphur: 27.0%︎ Apurusia AB 3 - Class IV gas giant
Body distance3,396 LsRing/belt typeRocky (Common)Earth masses3,554.6400Radius66,068 kmGravity33.10 gSurface temperature889 K (616°C/1,140°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Apurusia AB 3 a - Rocky body Landable
Body distance3,405 LsEarth masses0.0094Radius1,474 kmGravity0.18 gSurface temperature226 K (-47°C/-53°F)Surface pressure0.00 atmVolcanismMinor Metallic magmaAtmosphereTerraforming︎ Ruthenium: 1.2%︎ Cadmium: 1.5%︎ Mercury: 0.9%︎ Arsenic: 2.5%︎ Germanium: 5.6%︎ Manganese: 8.1%︎ Carbon: 16.1%︎ Iron: 19.7%︎ Nickel: 14.9%︎ Phosphorus: 10.3%︎ Sulphur: 19.2%︎ Apurusia AB 3 b - Rocky body
Body distance3,417 LsEarth masses0.0130Radius1,640 kmGravity0.20 gSurface temperature195 K (-78°C/-109°F)Surface pressure0.00 atmVolcanismRocky magmaAtmosphereSulphur dioxideTerraforming︎ Apurusia AB 3 c - Rocky body Landable
Body distance3,423 LsEarth masses0.0330Radius2,219 kmGravity0.27 gSurface temperature160 K (-113°C/-171°F)Surface pressure0.00 atmVolcanismAtmosphereTerraforming︎ Selenium: 3.1%︎ Yttrium: 1.2%︎ Cadmium: 1.6%︎ Tin: 1.2%︎ Germanium: 5.7%︎ Zinc: 5.5%︎ Carbon: 16.4%︎ Iron: 20.1%︎ Nickel: 15.2%︎ Phosphorus: 10.5%︎ Sulphur: 19.5%︎ Apurusia AB 3 d - Rocky body
Body distance3,471 LsEarth masses0.0449Radius2,463 kmGravity0.30 gSurface temperature394 K (121°C/250°F)Surface pressure77.95 atmVolcanismAtmosphereThick Carbon dioxideTerraforming︎ Apurusia AB 4 - Icy body
Body distance3,553 LsEarth masses20.2201Radius17,552 kmGravity2.67 gSurface temperature529 K (256°C/493°F)Surface pressure85,011.10 atmVolcanismWater geysersAtmosphereHot Thick Methane-richTerraforming