My CMDR name :
My position :
My system :




System : Dryoea Flyi II-S e4-6870 - EDSM
Planet : Dryoea Flyi II-S e4-6870 3 e - EDSM




Map Status : None - You need to be logged if you want to do the surface mapping.
Biological : 1
 Type : Rocky body
Radius : 3749.46 km - Area : 176.664 Mm²
Temperature : 377 K
Mass : 0.169 Earth Mass
Gravity : 0.489 G
Terraforming : None

Composition : Rock (90.9%), Metal (9.1%), Ice (0%)
Volcanism : No volcanism

Atmosphere : Thin Sulphur dioxide
Pressure : 0.004 atm
 Materials :
    iron (19.79%)
    sulphur (19.12%)
    carbon (16.08%)
    nickel (14.97%)
    phosphorus (10.29%)
    manganese (8.17%)
    germanium (5.65%)
    zirconium (2.3%)
    cadmium (1.54%)
    ruthenium (1.22%)
    mercury (0.86%)


Last update with EDSM : 3308-09-15 06:06:53



POI : Bacterium
Type : Tela
Name : Bacterium Tela - Orange

First discovered for ExTool : Barden Fayle
True unicellular extremophiles capable of living in the full spectrum of temperatures, chemical soups and atmospheres. They form a kaleidoscopic range of patterns and colours based on their method of metabolism. They derive energy from photosynthetic chemosynthetic or thermosynthetic processes. These are believed to be the precursors for many life forms, and are often found in conjunction with other species. Links between the biochemistry of bacterial colonies and neighbouring organisms are likely but as yet unproven.

These bacteria appear as an intricate web pattern. They thrive in proximity to helium-based, iron-based and silicate-based volcanic sites.

DatePlanetNear coordinateDist2D3DTypeTXT1
3308-09-20 20:11:21Dryoea Flyi II-S e4-6870 3 e(-6.5845,-86.8715)0 s2D3DOrgaLog - $Codex_Ent_Bacterial_07_Name;
3308-09-20 20:10:37Dryoea Flyi II-S e4-6870 3 e(-6.5845,-86.8698)0 s2D3DCodex$Codex_Ent_Bacterial_07_Mercury_Name; - 2320701
3308-02-02 05:36:22Dryoea Flyi II-S e4-6870 3 e(18.9437,16.2402)0 s2D3DOrgaSample - $Codex_Ent_Bacterial_07_Name;
3308-02-02 05:34:25Dryoea Flyi II-S e4-6870 3 e(18.9197,16.2667)0 s2D3DOrgaSample - $Codex_Ent_Bacterial_07_Name;
3308-02-02 05:32:42Dryoea Flyi II-S e4-6870 3 e(18.9125,16.3135)0 s2D3DCodex$Codex_Ent_Bacterial_07_Mercury_Name; - 2320701
3308-02-02 05:32:42Dryoea Flyi II-S e4-6870 3 e(18.9125,16.3136)0 s2D3DOrgaLog - $Codex_Ent_Bacterial_07_Name;
3307-08-17 07:08:34Dryoea Flyi II-S e4-6870 3 e(-19.299,-37.3052)0 s2D3DOrgaSample - $Codex_Ent_Bacterial_07_Name;
3307-08-17 07:06:03Dryoea Flyi II-S e4-6870 3 e(-19.2994,-37.2928)0 s2D3DOrgaSample - $Codex_Ent_Bacterial_07_Name;
3307-08-17 07:03:55Dryoea Flyi II-S e4-6870 3 e(-19.2984,-37.2764)0 s2D3DOrgaLog - $Codex_Ent_Bacterial_07_Name;
3307-08-17 07:02:01Dryoea Flyi II-S e4-6870 3 e(-19.2995,-37.2736)0 s2D3DCodex$Codex_Ent_Bacterial_07_Mercury_Name; - 2320701


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