Slege WJ-R c20-0 (Glacier Point) [#69021143218]

Coordinates

This system is located at: -8847.0625 / -422.96875 / -2738.25

Galactic coordinates: R: 9,270.784 / l: 107.198 / b: -2.615
Equatorial coordinates: Right ascension: 22h 53m 29.313s / Declination: 56° 36'36.339''


Reserve level: Pristine

Habitable zone:
Metal-rich body (2 to 10 ls), Earth-like world (163 to 244 ls), Water world (133 to 516 ls), Ammonia world (337 to 917 ls), Terraformable (127 to 253 ls)

Estimated value: 20,535 cr

Traffic report

This system was visited for the first time on EDSM by Parabolus.

It was named by the Galactic Mapping Project with the name of: Glacier Point

122 ships passed through Slege WJ-R c20-0 space, including 0 ship in the last 7 days.

0 ship passed through Slege WJ-R c20-0 space in the last 24 hours.

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Located on the Perseus Arm at the southeastern edge of Via Maris rests Glacier Point, a 16km cliff face at the intersection of four glacial fissures, each with a 10km high cliff face. The fissuers collide at Glacier Point with a mountain ridge that runs parallel to the secondary canyon, leaving a steep cliff edge jolting upward from the moon’s surface.

The mountain ridges are formed by fault lines scattered across the glacier’s surface, causing eruptions of slicate vapour geysers. The exposed glacier walls in the fissures, have slowly collected dust and dirt toward the bottom, giving the canyon floor a deep blue and green color. Make no mistake, stemming from the fault lines and collected material, the fissure’s floor is a mostly rugged and sharp surface hardly suitable for surfacer reconnaissince. What results, however, is one of the most dramactic views in the galaxy. Moreover, there appears to be low levels of glactic dust or fog at the bottom of the canyon floors, which reflect light off of the glacier’s edges - further leading the etheral atmosphere of Glacier Point.

Reference:

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