Synuefe WH-F c0 (Cyanean Rocks) [#83785290242]
This system is located at:
-29.46875
/ -184.0625
/ -1061.8125
Coordonnées galactiques:
R: 1 078,051 / l: 178,410 / b: -9,831
Coordonnées équatoriales:
Ascension droite: 5h 5m 1,642s /
Déclinaison: 24° 46'42,991''
Niveau des réserves : Ressources inexploitées
Zone habitable :
Metal-rich body (1 to 6 ls), Earth-like world (101 to 152 ls), Water world (83 to 322 ls), Ammonia world (210 to 573 ls), Terraformable (79 to 158 ls)
Crédits estimés : 70 474 cr
This system was visited for the first time on EDSM by ROLAND69 on 30 oct. 2017 19:17:42.
Cela a été nommé par le Projet Cartographie Galactique avec le nom de : Cyanean Rocks
124 ships passed through Synuefe WH-F c0 space, including 0 ship in the last 7 days.
0 ship passed through Synuefe WH-F c0 space in the last 24 hours.
An old earth legend, Jason and The Argonauts, tells of a pair of deadly rocks that stood at the narrow passage between the Sea of Marmara and the Black Sea. They would clash together whenever any living thing tried to pass between them
This system is home to a pair of shepherd moons ( 1a and 1b) around Planet 1, a ringed high metal content world. Planet 1 is also a close binary pair with planet 2. The four bodies fit inside an area cleared between the asteroid belts of the main star and are all very close to each other and collide approximately every 8 days.
The shepherd moons from which the system derives its name have slightly eccentric orbits with orbital period of 0.2 days. The small difference in orbital periods and short duration means that the planets have a synodic period of approximately 8 days. The difference between the semi-major axis of the orbits is small enough that he planets should clash into each other every time they pass each other.
On the 31st August 3306, a team from Canonn Interstellar Research visited the system to observe the precise moment that the bodies would pass. The planets collided with an overlap of little under one radius while the orbit was observed to be at approximately half the furthest distance. As a result Canonn are predicting that the bodies should collide approximately every 8 days with some near misses.
The moons themselves are small radius landables under 300km in radius. In fact all 4 bodies are landable so it is possible to get ringside seats to watch the collision.
Schedule of Collisions : Link