Difference between revisions of "Planet Odense"
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{{Planet Infobox | {{Planet Infobox | ||
| name = Planet Odense | | name = Planet Odense | ||
| − | | image = Odense.jpg | + | | image = Planet Odense.jpg |
| owner = [[Red Hessians]] | | owner = [[Red Hessians]] | ||
| system = [[Omega-54]] | | system = [[Omega-54]] | ||
| − | | sector = | + | | sector = 7C/D |
| house = [[Border Worlds]] | | house = [[Border Worlds]] | ||
| population = | | population = | ||
| Line 15: | Line 15: | ||
| escape_velocity = 15.42 km/sec | | escape_velocity = 15.42 km/sec | ||
}} | }} | ||
| − | Odense is a gas giant in the far reaches of the Omega-54 system. Captured in orbit between the minor and the major star, the planet is characterised by it's chlorine and xenon upper atmosphere composure, giving it a distinct bright green tint. Automated probes surveying the planet confirmed a small iron core encased by water, ammonia and methane in it's larger, lower atmosphere. | + | Odense is a gas giant in the far reaches of the [[Omega-54]] system. Captured in orbit between the minor and the major star, the planet is characterised by it's chlorine and xenon upper atmosphere composure, giving it a distinct bright green tint. Automated probes surveying the planet confirmed a small iron core encased by water, ammonia and methane in it's larger, lower atmosphere. |
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| + | [[Category: Border Worlds]] | ||
| + | [[Category: Omega-54]] | ||
Latest revision as of 08:52, 23 February 2019
| Planet Odense | |
 | |
| Owner | Red Hessians |
| Location | 7C/D, Omega-54 Border Worlds |
| Technical information | |
| Docking | No |
| Terrain | N/A |
| Diameter | 28,216 km |
| Mass | 9.89 x 10e24 kg |
| Temperature | N/A |
| Escape velocity | 15.42 km/sec |
Odense is a gas giant in the far reaches of the Omega-54 system. Captured in orbit between the minor and the major star, the planet is characterised by it's chlorine and xenon upper atmosphere composure, giving it a distinct bright green tint. Automated probes surveying the planet confirmed a small iron core encased by water, ammonia and methane in it's larger, lower atmosphere.
