Elite Dangerous Astrometrics

- Galactic Exploration Catalog -

Revision for Lantern of Oephaik
Previous Revision, by CMDR Marx [2024-09-15 14:26:25]	→	Selected revision, by CMDR Marx [2024-09-15 14:34:06]
DISCOVERER
CMDR Nureth	→	CMDR Nureth
NAME
Lantern of Oephaik	→	Lantern of Oephaik
SYSTEMNAME
Oephaik WF-M d8-2236	→	Oephaik WF-M d8-2236
CATEGORY
Sights and Scenery	→	Sights and Scenery
CATEGORY 2
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REGION
Norma Arm	→	Norma Arm
LATITUDE
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LONGITUDE
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CALLSIGN
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SUMMARY
A rare Hot Thin Silicate Vapour atmosphere landable body, with a class M red dwarf star dominating its sky.	→	A rare Hot Thin Silicate Vapour atmosphere landable body, with a class M red dwarf star dominating its sky.
DESCRIPTION
Body D 1 in this system is a rare Hot Thin Silicate Vapour atmosphere landable, of which there are less than 300 discovered in the galaxy as of 3310. It orbits unusually close to a class M red dwarf star, which is only 2.5 ls away. At this distance the sun dominates the planet's sky, filling almost half of it. The most memorable part of the system is the view from the surface of the planet, where the light from the star is filtered through the Silicate Vapour atmosphere, giving it a yellow and brown colour. Surface temperatures on the body exceed 1,700 K, meaning any trips on foot should be kept short. The gravity of the body is 1.47 g, so caution is advised not just on the surface, but also on approach. ![Low Atmosphere](https://i.imgur.com/xbncI17.jpeg)	→	Body D 1 in this system is a rare Hot Thin Silicate Vapour atmosphere landable, of which there are less than 300 discovered in the galaxy as of 3310. It orbits unusually close to a class M red dwarf star, which is only 2.5 ls away. At this distance the sun dominates the planet's sky, filling almost half of it. The most memorable part of the system is the view from the surface of the planet, where the light from the star is filtered through the Silicate Vapour atmosphere, giving it a yellow and brown colour. ![Low Atmosphere](https://i.imgur.com/xbncI17.jpeg) Surface temperatures on the body exceed 1,700 K, meaning any trips on foot should be kept short. The gravity of the body is 1.47 g, so caution is advised not just on the surface, but also on approach.
Body D 1 in this system is a rare Hot Thin Silicate Vapour atmosphere landable, of which there are less than 300 discovered in the galaxy as of 3310. It orbits unusually close to a class M red dwarf star, which is only 2.5 ls away. At this distance the sun dominates the planet's sky, filling almost half of it. The most memorable part of the system is the view from the surface of the planet, where the light from the star is filtered through the Silicate Vapour atmosphere, giving it a yellow and brown colour. Surface temperatures on the body exceed 1,700 K, meaning any trips on foot should be kept short. The gravity of the body is 1.47 g, so caution is advised not just on the surface, but also on approach.	→	Body D 1 in this system is a rare Hot Thin Silicate Vapour atmosphere landable, of which there are less than 300 discovered in the galaxy as of 3310. It orbits unusually close to a class M red dwarf star, which is only 2.5 ls away. At this distance the sun dominates the planet's sky, filling almost half of it. The most memorable part of the system is the view from the surface of the planet, where the light from the star is filtered through the Silicate Vapour atmosphere, giving it a yellow and brown colour. Surface temperatures on the body exceed 1,700 K, meaning any trips on foot should be kept short. The gravity of the body is 1.47 g, so caution is advised not just on the surface, but also on approach.
JOURNAL
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OBSERVATORY
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