This wiki is closed in favour of the new wiki. Information shown is likely to be very out of date. |
Difference between revisions of "Jericho"
From Discovery Wiki
Jump to navigationJump to search (Added link) |
(BOT: Applied versioning template) |
||
Line 16: | Line 16: | ||
Jericho is a seemingly ordinary, barren rock moon composed of Silicates with deposits of various light metals with no atmosphere. Jericho stands out on the star charts because of the significant threat it poses to unwary ships entering orbit around the [[Planet Salina]]. Visual scans indicate that there is ancient wreckage located near one of the planetary poles. However the space surrounding Jericho is heavily radiated and produces strong electromagnetic interference preventing detailed analysis and exploration of the surface. | Jericho is a seemingly ordinary, barren rock moon composed of Silicates with deposits of various light metals with no atmosphere. Jericho stands out on the star charts because of the significant threat it poses to unwary ships entering orbit around the [[Planet Salina]]. Visual scans indicate that there is ancient wreckage located near one of the planetary poles. However the space surrounding Jericho is heavily radiated and produces strong electromagnetic interference preventing detailed analysis and exploration of the surface. | ||
− | + | {{Version|4.85.3}} |
Revision as of 00:17, 27 February 2010
Jericho | |
No image | |
Location | 7F, Coronado Independent Systems |
Technical information | |
Docking | No |
Terrain | Barren |
Diameter | 24,216 km |
Mass | 9.89 x 9e24 kg |
Temperature | N/A |
Escape velocity | 8.42 km/sec |
Jericho is a seemingly ordinary, barren rock moon composed of Silicates with deposits of various light metals with no atmosphere. Jericho stands out on the star charts because of the significant threat it poses to unwary ships entering orbit around the Planet Salina. Visual scans indicate that there is ancient wreckage located near one of the planetary poles. However the space surrounding Jericho is heavily radiated and produces strong electromagnetic interference preventing detailed analysis and exploration of the surface.