ExTool - EDET

System : Dryoea Flyi MI-B e2232 - EDSM
Planet : Dryoea Flyi MI-B e2232 A 1 - EDSM

Map Status : None - You need to be logged if you want to do the surface mapping.

Type : High metal content world
Radius : 8045.16 km - Area : 813.353 Mm²
Temperature : 821 K
Mass : 2.629 Earth Mass
Gravity : 1.652 G
Terraforming : Not terraformable

Composition : Rock (66.69%), Metal (33.31%), Ice (0%)
Volcanism : Metallic Magma

Atmosphere : No atmosphere
Pressure : None

Materials :

iron (23.65%)

nickel (17.89%)

sulphur (16.56%)

carbon (13.92%)

manganese (9.77%)

phosphorus (8.91%)

zirconium (2.75%)

arsenic (2.2%)

molybdenum (1.54%)

tin (1.53%)

tellurium (1.27%)

Last update with EDSM : 3308-09-13 10:08:40

POI : Anemones
Type : Rubens Bioluminescent
Name : Rubens Bioluminescent Anemones

First discovered for ExTool : Nathaniel Hawkwood

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.

Date	Planet	Near coordinate	Dist	2D	3D	Type	TXT1
3305-02-14 08:09:01	Dryoea Flyi MI-B e2232 A 1	(25.4108,60.7466)	11 s	2D	3D	Codex	$Codex_Ent_SphereEFGH_01_Name; - 2100406
3305-02-14 08:08:57	Dryoea Flyi MI-B e2232 A 1	(25.4108,60.7466)	7 s	2D	3D	Codex	$Codex_Ent_SphereEFGH_01_Name; - 2100406
3305-02-14 08:00:48	Dryoea Flyi MI-B e2232 A 1	(-33.7812,-35.8214)	10 s	2D	3D	Codex	$Codex_Ent_SphereEFGH_01_Name; - 2100406
3305-02-14 08:00:44	Dryoea Flyi MI-B e2232 A 1	(-33.7812,-35.8214)	6 s	2D	3D	Codex	$Codex_Ent_SphereEFGH_01_Name; - 2100406
3305-02-14 07:49:00	Dryoea Flyi MI-B e2232 A 1	(35.9464,-78.6428)	7 s	2D	3D	Codex	$Codex_Ent_SphereEFGH_01_Name; - 2100406
3305-02-14 07:48:51	Dryoea Flyi MI-B e2232 A 1	(35.9464,-78.6428)	2 s	2D	3D	Codex	$Codex_Ent_SphereEFGH_01_Name; - 2100406

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