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 Information shown is likely to be very out of date.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 "Planet Shirane"

From Discovery Wiki
Jump to navigationJump to search
m
Line 1: Line 1:
{{Version|4.86Betas}}
+
{{Version|4.91}}
 
{{Planet Infobox
 
{{Planet Infobox
 
| name = Planet Shirane
 
| name = Planet Shirane
Line 15: Line 15:
 
| escape_velocity = 4.51 km/sec
 
| escape_velocity = 4.51 km/sec
 
}}
 
}}
Little more then a large planetoid, Shirane is a lifeless rogue planet captured in the massive combined gravity well of the Nagano stars. Parts of the planet were ripped apart by the conflicting stars' gravity wells, resulting in the formation of a dense asteroid field that remains caught in the planet's weak gravity. It's current orbit is erratic, and it is likely the planet will either be flung into deep space, or be consumed in a collision with one of the stars within the coming century.
+
Little more than a large planetoid, Shirane is a lifeless rogue planet captured in the massive combined gravity well of the Nagano stars. Parts of the planet were ripped apart by the conflicting stars' gravity wells, resulting in the formation of a dense asteroid field that remains caught in the planet's weak gravity. Its current orbit is erratic, and it is likely the planet will either be flung into deep space, or be consumed in a collision with one of the stars within the coming century.

Revision as of 18:32, 5 March 2018

Planet Shirane
Planet Shirane.jpg
Location F4, Nagano
Flag-kusari.png Kusari
Technical information
Docking No
Terrain Barren
Diameter 5,308 km
Mass 4.51 x 10e22 kg
Temperature N/A
Escape velocity 4.51 km/sec

Little more than a large planetoid, Shirane is a lifeless rogue planet captured in the massive combined gravity well of the Nagano stars. Parts of the planet were ripped apart by the conflicting stars' gravity wells, resulting in the formation of a dense asteroid field that remains caught in the planet's weak gravity. Its current orbit is erratic, and it is likely the planet will either be flung into deep space, or be consumed in a collision with one of the stars within the coming century.