Elite Dangerous Astrometrics

- Galactic Exploration Catalog -

Revision for Sapphire Sisters
Previous Revision, by CMDR Marx [2022-08-18 21:45:28]	→	Selected revision, by LCU No Fool Like One [2022-08-20 22:05:40]
DISCOVERER
SpaceTrash67	→	SpaceTrash67
NAME
Sapphire Sisters	→	Sapphire Sisters
SYSTEMNAME
Graea Hypa OR-V d2-105	→	Graea Hypa OR-V d2-105
CATEGORY
Sights and Scenery	→	Sights and Scenery
CATEGORY 2
	→
REGION
Inner Scutum-Centaurus Arm	→	Inner Scutum-Centaurus Arm
LATITUDE
	→
LONGITUDE
	→
CALLSIGN
	→
SUMMARY
Two deep blue gas giants in close orbit - each sporting a narrow ("Taylor's") ring	→	Two deep blue gas giants in close orbit - each sporting a narrow "Taylor's" ring
DESCRIPTION
Bodies A 8 and A 9 of this system are a pair of deep blue Class I Jovian gas giants, with very thin rings in relation to their diameter: such rings are often called "Taylor's rings". The proximity of the two giants in their binary pairing allows for some interesting views against the backdrop of the Inner Scutum-Centaurus Arm. The system is an easy detour; it lies about 2-3 kly East of the Sol-Colonia route.	→	Bodies A 8 and A 9 of this system are a pair of deep blue Class I Jovian gas giants, with very thin rings in relation to their diameter: such rings are often called "Taylor's rings". The proximity of the two giants in their binary pairing allows for some interesting views against the backdrop of the Inner Scutum-Centaurus Arm. The system is an easy detour; it lies about 2-3 kly East of the Sol-Colonia route.
Bodies A 8 and A 9 of this system are a pair of deep blue Class I Jovian gas giants, with very thin rings in relation to their diameter: such rings are often called "Taylor's rings". The proximity of the two giants in their binary pairing allows for some interesting views against the backdrop of the Inner Scutum-Centaurus Arm. The system is an easy detour; it lies about 2-3 kly East of the Sol-Colonia route.	→	Bodies A 8 and A 9 of this system are a pair of deep blue Class I Jovian gas giants, with very thin rings in relation to their diameter: such rings are often called "Taylor's rings". The proximity of the two giants in their binary pairing allows for some interesting views against the backdrop of the Inner Scutum-Centaurus Arm. The system is an easy detour; it lies about 2-3 kly East of the Sol-Colonia route.
JOURNAL
EDD Details: >>>>> Graea Hypa OR-V d2-105 A 8 <<<<< Class I gas giant Mass: 92.53 EM Radius: 57148.7 km Distance from Arrival Point 13,439.8ls Atmospheric Composition: Hydrogen - 70.97% Helium - 29.03% Surface Temp: 60K Gravity: 1.15g Orbital Period: 8.3 days Semi Major Axis: 257,941.6km Orbital Eccentricity: 0.155 Orbital Inclination: -2.694° Arg Of Periapsis: 111.885° Axial tilt: 16.04° Rotation Period: 10.2 days Ring Graea Hypa OR-V d2-105 A 8 A Ring (Metallic) Mass: 31,222,000,000.0000 MT Inner Radius: 98,764km Outer Radius: 103,920km Mapped Efficiently Current value: 62,113 First Discovered+Mapped value: 49,691/62,113e First Mapped value: 41,821/52,276e First Discovered value: 10,331 Mapped value: 17,219/21,524e Base Estimated value: 3,973 Scan Type: Detailed Signals: Rhodplumsite: 2 Monazite: 1 Painite: 1 >>>>> Graea Hypa OR-V d2-105 A 9 <<<<< Class I gas giant Mass: 38.5 EM Radius: 46954.2 km Distance from Arrival Point 13,442.1ls Atmospheric Composition: Hydrogen - 70.97% Helium - 29.03% Surface Temp: 56K Gravity: 0.71g Orbital Period: 8.3 days Semi Major Axis: 619,880.5km Orbital Eccentricity: 0.155 Orbital Inclination: -2.694° Arg Of Periapsis: 291.885° Axial tilt: -5.28° Rotation Period: 9.8 days Tidally locked Ring Graea Hypa OR-V d2-105 A 9 A Ring (Metallic) Mass: 10,184,000,000.0000 MT Inner Radius: 76,557km Outer Radius: 78,777km Mapped Efficiently Current value: 56,286 First Discovered+Mapped value: 45,029/56,286e First Mapped value: 37,897/47,372e First Discovered value: 9,362 Mapped value: 15,604/19,505e Base Estimated value: 3,600 Scan Type: Detailed Signals: Platinum: 1	→	EDD Details: >>>>> Graea Hypa OR-V d2-105 A 8 <<<<< Class I gas giant Mass: 92.53 EM Radius: 57148.7 km Distance from Arrival Point 13,439.8ls Atmospheric Composition: Hydrogen - 70.97% Helium - 29.03% Surface Temp: 60K Gravity: 1.15g Orbital Period: 8.3 days Semi Major Axis: 257,941.6km Orbital Eccentricity: 0.155 Orbital Inclination: -2.694° Arg Of Periapsis: 111.885° Axial tilt: 16.04° Rotation Period: 10.2 days Ring Graea Hypa OR-V d2-105 A 8 A Ring (Metallic) Mass: 31,222,000,000.0000 MT Inner Radius: 98,764km Outer Radius: 103,920km Mapped Efficiently Current value: 62,113 First Discovered+Mapped value: 49,691/62,113e First Mapped value: 41,821/52,276e First Discovered value: 10,331 Mapped value: 17,219/21,524e Base Estimated value: 3,973 Scan Type: Detailed Signals: Rhodplumsite: 2 Monazite: 1 Painite: 1 >>>>> Graea Hypa OR-V d2-105 A 9 <<<<< Class I gas giant Mass: 38.5 EM Radius: 46954.2 km Distance from Arrival Point 13,442.1ls Atmospheric Composition: Hydrogen - 70.97% Helium - 29.03% Surface Temp: 56K Gravity: 0.71g Orbital Period: 8.3 days Semi Major Axis: 619,880.5km Orbital Eccentricity: 0.155 Orbital Inclination: -2.694° Arg Of Periapsis: 291.885° Axial tilt: -5.28° Rotation Period: 9.8 days Tidally locked Ring Graea Hypa OR-V d2-105 A 9 A Ring (Metallic) Mass: 10,184,000,000.0000 MT Inner Radius: 76,557km Outer Radius: 78,777km Mapped Efficiently Current value: 56,286 First Discovered+Mapped value: 45,029/56,286e First Mapped value: 37,897/47,372e First Discovered value: 9,362 Mapped value: 15,604/19,505e Base Estimated value: 3,600 Scan Type: Detailed Signals: Platinum: 1
OBSERVATORY
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