| Revision for Big Icy and the Dwarfs | ||
| Previous Revision, by Richard Fluiraniz M. [2023-02-09 14:21:40] | → | Selected revision, by Richard Fluiraniz M. [2023-02-12 19:42:50] |
| DISCOVERER | ||
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| NAME | ||
| Big Icy and the Dwarfs | → | Big Icy and the Dwarfs |
| SYSTEMNAME | ||
| Bleae Aewsy SK-D b13-4 | → | Bleae Aewsy SK-D b13-4 |
| CATEGORY | ||
| Stellar Features | → | Stellar Features |
| CATEGORY 2 | ||
| → | ||
| REGION | ||
| Norma Expanse | → | Norma Expanse |
| LATITUDE | ||
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| LONGITUDE | ||
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| CALLSIGN | ||
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| SUMMARY | ||
| The Bleae Aewsy SK-D b13-4 system is special because it has a large, habitable Ice World near two brown dwarfs. The distance to the Y-star is 0.5 ls and to the L-star 5 ls. | → | The Bleae Aewsy SK-D b13-4 system is special because it has a large, habitable Ice World near two brown dwarfs. The distance to the Y-star is 0.5 ls and to the L-star 5 ls. |
| DESCRIPTION | ||
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The Bleae Aewsy SK-D b13-4 system is a unique astronomical discovery, with only one Non-Star body in the system which is also landable. This world has an impressive size, with a radius of 18,000 km and a mass that is 19 times greater than that of Earth.
What sets this planet apart is its close proximity to the Y star, which lies at a distance of only 0.5 light-seconds away. This close proximity to its star means that it experiences intense gravitational forces, with a strength of 2.2 G, and rotates around the star in just 3.2 hours.
This rapid rotation results in a rugged and mountainous landscape that presents a challenge for larger ships looking to land on the planet's surface.
| → | The Bleae Aewsy SK-D b13-4 system is a unique astronomical discovery, with only one Non-Star body in the system which is also landable. This world has an impressive size, with a radius of 18,752 km and a mass that is 19 times greater than that of Earth.
What sets this planet apart is its close proximity to the Y star, which lies at a distance of only 0.5 light-seconds away. This close proximity to its star means that it experiences intense gravitational forces and with a strength of 2.2 G rotating around the star in just 3.2 hours.
This rapid rotation results in a rugged and mountainous landscape that presents a challenge for larger ships looking to land on the planet's surface.
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| JOURNAL | ||
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| OBSERVATORY | ||
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