My CMDR name :
My position :
My system :

System : 116 Tauri - EDSM
Planet : 116 Tauri D 8 a - EDSM




Map Status : None - You need to be logged if you want to do the surface mapping.
Geological : 3
Biological : 1
 Type : Rocky body
Radius : 410.61 km - Area : 2.119 Mm²
Temperature : 218 K
Mass : 0 Earth Mass
Gravity : 0.048 G
Terraforming : Not terraformable

Composition : Rock (91.1%), Metal (8.9%), Ice (0%)
Volcanism : Minor Metallic Magma

Atmosphere : No atmosphere
Pressure : None
 Materials :
    iron (18.46%)
    sulphur (18.12%)
    carbon (15.23%)
    nickel (13.96%)
    phosphorus (9.75%)
    chromium (8.3%)
    manganese (7.62%)
    vanadium (4.53%)
    cadmium (1.43%)
    tellurium (1.38%)
    molybdenum (1.21%)


Last update with EDSM : 3309-01-14 18:05:18


POI : Anemones
Type : Luteus
Name : Luteus Anemones

First discovered for ExTool : The Presence
Despite their name, these organic structures more closely resemble the shells of sea urchins.

These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.

Locations found: Planet surfaces.
On or around planet types: Terrestrial rocky.
In systems with star types: B.

DatePlanetNear coordinateDist2D3DTypeTXT1
3308-02-20 04:53:18116 Tauri D 8 a(-10.5356,-164.3391)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-20 04:52:10116 Tauri D 8 a(-10.5128,-164.315)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-20 04:51:31116 Tauri D 8 a(-10.5662,-164.3351)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-20 04:34:36116 Tauri D 8 a(-10.5036,-164.2658)0 s2D3DOrgaSample - $Codex_Ent_Sphere_Name;
3308-02-20 04:32:56116 Tauri D 8 a(-10.4982,-164.3091)0 s2D3DOrgaSample - $Codex_Ent_Sphere_Name;
3308-02-20 04:32:20116 Tauri D 8 a(-10.4994,-164.3098)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-20 04:30:56116 Tauri D 8 a(-10.5499,-164.3466)0 s2D3DOrgaLog - $Codex_Ent_Sphere_Name;
3308-02-20 04:29:59116 Tauri D 8 a(-10.5472,-164.345)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-20 04:24:23116 Tauri D 8 a(-10.4988,-164.2488)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-20 04:11:01116 Tauri D 8 a(-11.3832,-163.7677)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-16 19:21:31116 Tauri D 8 a(-24.8854,-168.2701)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3308-02-16 18:32:43116 Tauri D 8 a(-24.8771,-168.2636)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-11-02 15:10:14116 Tauri D 8 a(22.3685,161.6317)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-11-02 15:03:06116 Tauri D 8 a(22.3588,166.6965)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-11-02 15:02:35116 Tauri D 8 a(22.3573,166.6963)0 s2D3DOrgaSample - $Codex_Ent_Sphere_Name;
3307-11-02 15:00:21116 Tauri D 8 a(22.5306,166.7432)0 s2D3DOrgaSample - $Codex_Ent_Sphere_Name;
3307-11-02 14:53:49116 Tauri D 8 a(22.8052,166.9855)0 s2D3DOrgaLog - $Codex_Ent_Sphere_Name;
3307-11-02 14:53:17116 Tauri D 8 a(22.8043,166.9868)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-10-16 12:12:25116 Tauri D 8 a(38.7395,-105.0041)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-10-16 12:11:00116 Tauri D 8 a(38.6426,-104.9704)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-10-16 12:10:05116 Tauri D 8 a(38.5598,-104.9123)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-10-16 12:01:14116 Tauri D 8 a(34.5747,-105.1056)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401
3307-07-23 09:25:15116 Tauri D 8 a(38.0352,-10.124)0 s2D3DOrgaSample - $Codex_Ent_Sphere_Name;
3307-07-23 09:24:15116 Tauri D 8 a(38.0647,-10.1631)0 s2D3DOrgaSample - $Codex_Ent_Sphere_Name;
3307-07-23 09:23:46116 Tauri D 8 a(38.0656,-10.1891)0 s2D3DOrgaLog - $Codex_Ent_Sphere_Name;
3307-07-23 09:22:46116 Tauri D 8 a(38.0763,-10.2019)0 s2D3DCodex$Codex_Ent_Sphere_Name; - 2100401

Original idea by SteFBlood & Sileo
Developed by Sileo
Planetary map by NASA WorldWind
Celestial map by D3-Celestial
Thx to Wing Atlantis, CMDR EfilOne, CMDR tonio-GMNH & CMDR Derek Windstorm