| Revision for Helgrind | ||
| Previous Revision, by Notso F. Obvious [2023-12-08 20:02:55] | → | Selected revision, by Eahlstan [2023-12-08 20:07:43] |
| DISCOVERER | ||
| Notso F. Obvious | → | Notso F. Obvious |
| NAME | ||
| Circle of Hell | → | Helgrind |
| SYSTEMNAME | ||
| Blu Schoe KL-Y d1 | → | Blu Schoe KL-Y d1 |
| CATEGORY | ||
| Planetary Features | → | Planetary Features |
| CATEGORY 2 | ||
| → | ||
| REGION | ||
| Norma Expanse | → | Norma Expanse |
| LATITUDE | ||
| → | ||
| LONGITUDE | ||
| → | ||
| CALLSIGN | ||
| → | ||
| SUMMARY | ||
| A metal-rich moon with in a highly inclined and close orbit around a ringed red-glowing metal-rich world. | → | A metal-rich moon with a highly inclined and close orbit around a ringed red-glowing metal-rich world. |
| DESCRIPTION | ||
| → | ||
Orbiting the main star of this system is a hellish ringed metal-rich world with vast oceans of molten rock (body 1), which forms a tight binary with another metal-rich planet (body 2) almost half the mass of Earth. The ring is tilted around 25 degrees in relation to the equator of it's parent, a weird feature that may be the result of the combined gravitational influences of the nearby main star (approx. 14.2 ls away) and the smaller planet of the binary, shifting the bigger planet's axial tilt to roughly match that of it's companion while shifting the inclination of it's ring system's orbit in a different way. Whatever the cause, this phenomenon provides great views from the surface of the smaller planet. View from the surface in the morning
View on approach
The weird inclination of the ring in respect to its parents equator
| → | The main star of this system is orbited by a hellish ringed metal-rich world with vast oceans of molten rock (body 1), which forms a tight binary with another metal-rich planet (body 2) almost half the mass of Earth. The ring is tilted by about 25 degrees in relation to the equator of its parent, a weird feature that may be the result of the combined gravitational influences of the nearby main star (approx. 14.2 ls away) and the smaller planet of the binary, shifting the bigger planet's axial tilt to roughly match that of its companion while shifting the inclination of its ring system's orbit in a different way. Whatever the cause is, this phenomenon provides great views from the surface of the smaller planet. View from the surface in the morning
View on approach
The weird inclination of the ring in respect to its parents equator
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| JOURNAL | ||
| → | ||
| OBSERVATORY | ||
| → | ||
