YellowWarningTriangle.png This wiki is closed in favour of the new wiki. Information shown is likely to be very out of date.

Difference between revisions of "Sulza"

From Discovery Wiki
Jump to navigationJump to search
(Pic added)
m (Kongsberg was renamed to Thuringia in 4.90.2 Patch 2. System related links fixed here. Category: Rheinland added)
Line 4: Line 4:
 
| image = Lyck.jpg
 
| image = Lyck.jpg
 
| owner =  
 
| owner =  
| system = [[Konigsberg]]
+
| system = [[Thuringia]]
 
| sector = 6F
 
| sector = 6F
 
| house = {{House Link | Rheinland}}
 
| house = {{House Link | Rheinland}}
Line 16: Line 16:
 
}}
 
}}
 
This is a barren dwarf moon with no atmosphere, pockmarked by asteroid impact craters. It is the most massive of [[Planet Rossel|Rossel's]] moons, which may be due to a large Iron-[[Nickel]] core. Lyck appears to have a solid core, as scans for thermal signatures and surface changes have revealed no evidence of active volcanism.
 
This is a barren dwarf moon with no atmosphere, pockmarked by asteroid impact craters. It is the most massive of [[Planet Rossel|Rossel's]] moons, which may be due to a large Iron-[[Nickel]] core. Lyck appears to have a solid core, as scans for thermal signatures and surface changes have revealed no evidence of active volcanism.
 +
 +
[[Category: Rheinland]]

Revision as of 17:40, 18 July 2018

Warning.png
Article possibly outdated (
v4.90.2
)

This article has not been verified to be up to date for the latest version of the Discovery mod. The last edit was made on 18.07.2018 (DD/MM/YYYY). You may help by updating it, often by using the code generator.
Marienburg

Owner unknown
Location 6F, Thuringia
Flag-rheinland.png Rheinland
Technical information
Population unknown
Docking N/A
Terrain N/A
Diameter N/A
Mass N/A
Temperature N/A
Escape velocity N/A

This is a barren dwarf moon with no atmosphere, pockmarked by asteroid impact craters. It is the most massive of Rossel's moons, which may be due to a large Iron-Nickel core. Lyck appears to have a solid core, as scans for thermal signatures and surface changes have revealed no evidence of active volcanism.