Planet Estergebirge

From Discovery Wiki
Jump to navigationJump to search
Error creating thumbnail: Unable to save thumbnail to destination
This page has been retired but kept for historical or other reasons, The information on this page may be incorrect, out of date or just not relevant to this version of Discovery. It should not be taken as canon nor any authority on the current version of Discovery. It is kept simply to show some history of the Discovery Mod:
Removed in 4.90.2 or earlier

See also:

What Links HerePage HistoryHistorical Articles


Planet Estergebirge
Planet Estergebirge.jpg
Location B4, Omega-55
Border Worlds
Technical information
Docking No
Terrain Volcanic
Diameter 9,301 km
Mass 4.972×10e24 kg
Temperature -113°C to 194°C
Escape velocity 9.60 km/s

Estergebirge is a tectonically active planet with the bare remaining vestiges of an atmosphere yet to be scythed away by Omega-55’s solar wind. While known to Rheinland’s initial survey of the system more than two decades ago, focus was instead directed towards the more xeno-archaeologically significant Absconsum elsewhere in the same system; as a result, its considerable mineral wealth has gone nigh-undisturbed since.

When Omega-55 was rediscovered - And with considerably more experience and caution in dealing with Artifacts under Rheinland’s belt - Estergebirge was examined more thoroughly. Rich reserves of practically every elemental metal clash together, form compounds such as platinum, and copper practically rains down from the skies as endless volcanic eruptions radiate across the cracked and magma-seeping crust. The planet would easily suffice for classical depictions of "Hell" were valuable metals such as gold easily discernable from planetary scans across old lava courseways.

This mineral wealth has since brought all comers in the Omegas, each seeking to stake a claim; Rheinland’s resident corporations have made noise at the government to establish a colony nearby, the IMG has dispatched scanning probes to the surface, and rumors also claim that the Red Hessians, Coalition, and Corsairs have been observed "sightseeing" from high in orbit, amidst its ring of uranium-isotope rock asteroids.