Revision for Tales of Might | ||
Previous Revision, by Gadnok [2025-03-17 03:51:34] | → | Selected revision, by CMDR Marx [2025-03-17 17:26:48] |
DISCOVERER | ||
Antisectant | → | Antisectant |
NAME | ||
Tales of Might | → | Tales of Might |
SYSTEMNAME | ||
Phipoea EF-R d4-7856 | → | Phipoea EF-R d4-7856 |
CATEGORY | ||
Sights and Scenery | → | Sights and Scenery |
CATEGORY 2 | ||
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REGION | ||
Galactic Centre | → | Galactic Centre |
LATITUDE | ||
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LONGITUDE | ||
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CALLSIGN | ||
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SUMMARY | ||
An oxygen atmosphere moon orbiting a ringed Class Y dwarf with a mighty orbital eccentricity. | → | A thin oxygen atmosphere moon on a mighty eccentric orbit around a ringed Class Y dwarf star. |
DESCRIPTION | ||
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Tales of Might shows an example of the majesty felt by highly eccentric orbits around ringed stars and bodies. This particular point of interest contains a moon with an oxygen atmosphere orbiting a ringed Y Class dwarf with a mighty orbital eccentricity. This moon is tidally locked and completes an orbital period in 0.8 days. It has an orbital inclination of -40.35 degrees, and an argument of periapsis of 316.50 degrees; meaning it orbits at a great distance from the Class Y star's northmost pole. Its axial tilt is 22.86 degrees, with a gravity of 0.29G and a radius of 4,699 km. Video of planetary landing on Tales of Might This moon might exist to tell the tales of many Commanders to come. | → | This particular point of interest, nicknamed the Tales of Might, contains a moon (body 2 a) with a thin oxygen atmosphere on a highly eccentric orbit around a ringed Y Class dwarf star. This moon is tidally locked to the star and completes an orbital period in 0.8 days. It has an orbital inclination of -40.35 degrees, and an argument of periapsis of 316.50 degrees: these mean it orbits at a great distance from the dwarf star's Northern pole. The moon has geological activity, and some surface life is also present. Unfortunately, it's only bacteria, there are no other species present. The surface gravity is 0.29 g, which is too high for more complex forms of life that are found on thin atmospheric worlds. |
JOURNAL | ||
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OBSERVATORY | ||
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