Elite Dangerous Astrometrics

- Galactic Exploration Catalog -

Revision for Lifeless but Waiting
Previous Revision, by Michael Rhodes [2022-11-21 03:25:21]	→	Selected revision, by CMDR Marx [2022-11-21 13:42:54]
DISCOVERER
Michael Rhodes (Submitter)	→	Michael Rhodes
NAME
Life to Metal	→	Lifeless but Waiting
SYSTEMNAME
Eephain CG-X e1-1044	→	Eephain CG-X e1-1044
CATEGORY
Planetary Features	→	Planetary Features
CATEGORY 2
	→
REGION
Norma Arm	→	Norma Arm
LATITUDE
	→
LONGITUDE
	→
CALLSIGN
	→
SUMMARY
A very rare atmospheric (CO2-rich), landable, terraformable metal-rich body	→	A very rare atmospheric (carbon dioxide-rich), landable and terraformable metal-rich body.
DESCRIPTION
This unique body is one of about 60 documented terraformable metal-rich worlds in the galaxy. This system actually contains two of the 60 documented. Of those 60, only 6 in the galaxy are terraformable metal-rich bodies that are atmospheric-landable. Planet #10 is one of those 6 - it is one of 2 with carbon-dioxide-rich atmospheres. The uniqueness of the planet comes in the fact that it is the only one of the 6 that orbits a B-class star. Atmosphere: 92.2% Argon, 7.7% CO2, .1% SO2. Volcanism: Major Metallic Magma The planet also has vast fields of sulphur dioxide gas vents. Unfortunately, there appears to be no form of multi-cellular life.	→	This unique body is one of about 60 documented terraformable metal-rich worlds in the galaxy. This system actually contains two of the 60 documented. Of those 60, only 6 in the galaxy are terraformable metal-rich bodies that also have a thin atmosphere. Planet #10 is one of those 6 - it is one of only two with Carbon Dioxide-rich atmospheres. This one's atmospheric composition is 92.25% Argon, 7.7% Carbon Dioxide and 0.1% Sulphur Dioxide. The uniqueness of this planet comes from the fact that it is the only one of those that orbits a B-class star. The planet also has active volcanism, in the form of Major Metallic Magma, and vast fields of sulphur dioxide gas vents. Unfortunately, there appears to be no form of multi-cellular life.
This unique body is one of about 60 documented terraformable metal-rich worlds in the galaxy. This system actually contains two of the 60 documented. Of those 60, only 6 in the galaxy are terraformable metal-rich bodies that are atmospheric-landable. Planet #10 is one of those 6 - it is one of 2 with carbon-dioxide-rich atmospheres. The uniqueness of the planet comes in the fact that it is the only one of the 6 that orbits a B-class star. Atmosphere: 92.2% Argon, 7.7% CO2, .1% SO2. Volcanism: Major Metallic Magma The planet also has vast fields of sulphur dioxide gas vents. Unfortunately, there appears to be no form of multi-cellular life.	→	This unique body is one of about 60 documented terraformable metal-rich worlds in the galaxy. This system actually contains two of the 60 documented. Of those 60, only 6 in the galaxy are terraformable metal-rich bodies that also have a thin atmosphere. Planet #10 is one of those 6 - it is one of only two with Carbon Dioxide-rich atmospheres. This one's atmospheric composition is 92.25% Argon, 7.7% Carbon Dioxide and 0.1% Sulphur Dioxide. The uniqueness of this planet comes from the fact that it is the only one of those that orbits a B-class star. The planet also has active volcanism, in the form of Major Metallic Magma, and vast fields of sulphur dioxide gas vents. Unfortunately, there appears to be no form of multi-cellular life.
JOURNAL
	→
OBSERVATORY
	→

All content is licensed under Creative Commons (CC BY‑NC‑SA 3.0)

This website is not an official tool for the game Elite: Dangerous and is not affiliated with Frontier Developments. All information provided is based on publicly available information and data supplied by players, and may not be entirely accurate. 'Elite', the Elite logo, the Elite: Dangerous logo, 'Frontier' and the Frontier logo are registered trademarks of Frontier Developments plc. All rights reserved. All other trademarks and copyrights are acknowledged as the property of their respective owners.

Special thanks go to all commanders and explorers who graciously upload their data to EDDN, EDSM, and EDAstro to make all of this possible. We wouldn't exist without your data contributions. For any bug reports or feature suggestions, please visit our forum thread.