Greae Phio OJ-Q e5-416 (Graea Phio Depot) [#1788050647028]

Coordinates

This system is located at: 1346.6875 / -494.84375 / 16578.0625

Galactic coordinates: R: 16,640.030 / l: 355.356 / b: -1.704
Equatorial coordinates: Right ascension: 17h 40m 59.487s / Declination: -33° 46'58.308''


Reserve level: Pristine

Habitable zone:
Metal-rich body (7 to 722 ls), Earth-like world (11,367 to 17,049 ls), Water world (9,321 to 36,100 ls), Ammonia world (23,585 to 64,177 ls), Terraformable (8,854 to 17,666 ls)

Estimated value: 185,080 cr

In this system you can find all the materials for FSD Injections. This is a GREEN system.
Traffic report

This system was visited for the first time on EDSM by byped on Jan 22, 2016, 4:47:46 AM.

It was named by the Galactic Mapping Project with the name of: Graea Phio Depot

36 ships passed through Greae Phio OJ-Q e5-416 space, including 0 ship in the last 7 days.

0 ship passed through Greae Phio OJ-Q e5-416 space in the last 24 hours.

A system containing all jumponium materials (a "green" system):

  • 2 (HMC) (1.39g) (623LS) - Polonium, cadmium, Vanadium
  • 3A (Rocky) (0.05g) (737LS) - Niobium, Cadmium, Germanium, Vanadium
  • 7A (Rocky) (0.14g) (1963LS) - Yttrium, Vanadium, Germanium
  • 7C (Rocky) (0.17g) (1963LS) - Niobium, Vanadium, Arsenic
  • 7D (Rocky) (0.12g) (1861LS) - Yttrium, Cadmium

Other "green" systems in the vicinity:

Graea Phio OJ-Q E5-38

  • A1A (HMC) (0.31g) (389Ls) - Yttrium
  • B1 (HMC) (0.66g) (3411Ls) - Polonium, Cadmium, Vanadium
  • B2 (HMC) (0.48g) (3496Ls) - Yttrium, Niobium, Arsenic
  • B3 (HMC) (0.70g) (3496 Ls) - Polonium, Niobium, Germanium, Vanadium

Greae Phio FO-G d11-2992

  • 2 (HMC) (2.55g) (202LS) - Polonium
  • 5A (HMC) (2.09g) (285LS) - Yttrium, Cadmium
  • 5B (HMC) (1.48g) (343LS) - Yttrium, Cadmium, Arsenic
  • 5C (Rocky) (0.1g) (1345LS) - Niobium, Vanadium, Germanium

These systems were surveyed by the Rock Rats during the Distant Worlds Expedition of 3302. One of the aims of the expedition was to establish a galactic highway of jumponium-rich systems (source).