| Original submission for Gigantor's Temple | ||
| Original submission, by Richard Fluiraniz M. [2022-06-19 16:59:38] | ||
| DISCOVERER | ||
| → | CMDR BROCH | |
| NAME | ||
| → | Gigantor's Temple | |
| SYSTEMNAME | ||
| → | Greae Hypa PH-C d1017 | |
| CATEGORY | ||
| → | Planetary Features | |
| CATEGORY 2 | ||
| → | ||
| REGION | ||
| → | Inner Scutum-Centaurus Arm | |
| LATITUDE | ||
| → | -24.0107 | |
| LONGITUDE | ||
| → | -71.9047 | |
| CALLSIGN | ||
| → | ||
| SUMMARY | ||
| → | This system harbors Gigantor, the recently discovered largest landable planet (with a radius of 28,878KM) in the galaxy. It also features an atmospheric world relatively close to a ringed brown dwarf. | |
| DESCRIPTION | ||
| → | ||
| → | Gigantor - radius 28,878KM - Greae Hypa PH-C d1017 2
Beating the previous title contender, Goliath, by 4474 km, this large landable icy body also features slightly more gravity than its predecessor (Goliath's 4.03 G compared to Gigantor's 4.64 G).
The planet is dominated by wide white hilly plains, with the ocassional continental sized orange and brown mountain ranges.
The comes as an elegy to how mighty and big the planet is, to the point that the entire system is a shrine to it.
*The shrine - Wide Ring - Width: 2.06Ls / 616,170km - Greae Hypa PH-C d1017 6 *
A shrine to a gigantic god, this ringed brown dwarf features a landable thin sulfur dioxide atmosphere relatively close to its rings. *Shrine's offering - Landable with atmosphere near ringed Brown Dwarf - 1 life and 3 geos signs -Greae Hypa PH-C d1017 6 a *
This stunning view dominated by the parent star is an excellent stop by itself. Featuring heavy geological activity, Commanders can easily collect materials like Cadmium, Tellurium, Molybdenum, and the elusive Selenium on its surface.
Scan shows a particular type of bacteria inhabiting the planet, but so far, it has eluded explorers attempting to catalog it. Old Offering - Wide Ring - Width: 1.45Ls / 434,720km- Greae Hypa PH-C d1017 7
Lastly but not the least, a wide ring gas giant can be found in the edge of the system. | |
| JOURNAL | ||
| → | ||
| OBSERVATORY | ||
| → | ||
