Elite Dangerous Astrometrics

- Galactic Exploration Catalog -

Revision for Miller Mann
Previous Revision, by WhirlWind [2022-08-28 02:33:38]	→	Selected revision, by Richard Fluiraniz M. [2022-08-28 19:06:16]
DISCOVERER
	→
NAME
Miller Mann	→	Miller Mann
SYSTEMNAME
Dryi Aug AA-A h283	→	Dryi Aug AA-A h283
CATEGORY
Stellar Features	→	Stellar Features
CATEGORY 2
	→
REGION
Empyrean Straits	→	Empyrean Straits
LATITUDE
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LONGITUDE
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CALLSIGN
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SUMMARY
Miller Mann has the closest orbit to a Black Hole of any Atmospheric Land-able body discovered.	→	Miller Mann has the closest orbit to a Black Hole of any Atmospheric Landable body discovered.
DESCRIPTION
![](https://media.discordapp.net/attachments/949547568487096390/1013258867301433354/GCRV_1568__Cernan_Dock_5.png?width=1246&height=701) Named after two planets in the movie Interstellar 2014, Miller Mann has the closest orbit to a Black Hole of any Atmospheric Land-able body discovered. Consisting of a Thin Helium atmosphere this land-able HMC orbits at only ~12Ls away from the Black Hole, with an orbital period of 4.9 hours. It also has three geological signals, one of which are Silicate Vapor Geysers. ![](https://media.discordapp.net/attachments/949547568487096390/1011086452815314944/Dryi_Aug_AA-A_h283__Dryi_Aug_AA-A_h283_A_1_1.png?width=1246&height=701) Even at these close distances the gravitational lensing isn't visible, however two of the other black holes in system are enough to produce distortion even at ~220Ls which is visible form the surface of Miller Mann. ![](https://media.discordapp.net/attachments/949547568487096390/1011086452286824528/Dryi_Aug_AA-A_h283__Dryi_Aug_AA-A_h283_A_1.png?width=1246&height=701) Miller Mann's system also contains three other black holes, four other stars, and a few other planets. ![](https://media.discordapp.net/attachments/949547568487096390/1013256751849672764/GCRV_1568__Cernan_Dock_2.png?width=1246&height=701) Both Y and T Class Brown Dwarfs have wide rings compared to body size. Black Holes C and B are in a tight orbit with an orbital period of 2.4 hours. Black Hole D orbits at ~19,000Ls.	→	![](https://media.discordapp.net/attachments/949547568487096390/1013258867301433354/GCRV_1568__Cernan_Dock_5.png?width=1246&height=701) Named after two planets in the movie Interstellar 2014, Miller Mann has the closest orbit to a Black Hole of any Atmospheric Land-able body discovered. Consisting of a Thin Helium atmosphere this land-able HMC orbits at only ~12Ls away from the Black Hole, with an orbital period of 4.9 hours. It also has three geological signals, one of which are Silicate Vapor Geysers. ![](https://media.discordapp.net/attachments/949547568487096390/1011086452815314944/Dryi_Aug_AA-A_h283__Dryi_Aug_AA-A_h283_A_1_1.png?width=1246&height=701) Even at these close distances the gravitational lensing isn't visible, however two of the other black holes in system are enough to produce distortion even at ~220Ls which is visible form the surface of Miller Mann. ![](https://media.discordapp.net/attachments/949547568487096390/1011086452286824528/Dryi_Aug_AA-A_h283__Dryi_Aug_AA-A_h283_A_1.png?width=1246&height=701) Miller Mann's system also contains three other black holes, four other stars, and a few other planets. ![](https://media.discordapp.net/attachments/949547568487096390/1013256751849672764/GCRV_1568__Cernan_Dock_2.png?width=1246&height=701) Both Y and T Class Brown Dwarfs have wide rings compared to body size. Black Holes C and B are in a tight orbit with an orbital period of 2.4 hours. Black Hole D orbits at ~19,000Ls.
Named after two planets in the movie Interstellar 2014, Miller Mann has the closest orbit to a Black Hole of any Atmospheric Land-able body discovered. Consisting of a Thin Helium atmosphere this land-able HMC orbits at only ~12Ls away from the Black Hole, with an orbital period of 4.9 hours. It also has three geological signals, one of which are Silicate Vapor Geysers. Even at these close distances the gravitational lensing isn't visible, however two of the other black holes in system are enough to produce distortion even at ~220Ls which is visible form the surface of Miller Mann. Miller Mann's system also contains three other black holes, four other stars, and a few other planets. Both Y and T Class Brown Dwarfs have wide rings compared to body size. Black Holes C and B are in a tight orbit with an orbital period of 2.4 hours. Black Hole D orbits at ~19,000Ls.	→	Named after two planets in the movie Interstellar 2014, Miller Mann has the closest orbit to a Black Hole of any Atmospheric Land-able body discovered. Consisting of a Thin Helium atmosphere this land-able HMC orbits at only ~12Ls away from the Black Hole, with an orbital period of 4.9 hours. It also has three geological signals, one of which are Silicate Vapor Geysers. Even at these close distances the gravitational lensing isn't visible, however two of the other black holes in system are enough to produce distortion even at ~220Ls which is visible form the surface of Miller Mann. Miller Mann's system also contains three other black holes, four other stars, and a few other planets. Both Y and T Class Brown Dwarfs have wide rings compared to body size. Black Holes C and B are in a tight orbit with an orbital period of 2.4 hours. Black Hole D orbits at ~19,000Ls.
JOURNAL
{"timestamp":"2022-07-30T09:09:04Z","event":"SAASignalsFound","BodyName":"Dryi Aug AA-A h283 A 1","SystemAddress":2376697119,"BodyID":7,"Signals":[{"Type":"$SAA_SignalType_Geological;","Type_Localised":"Geological","Count":3}]}	→	{"timestamp":"2022-07-30T09:09:04Z","event":"SAASignalsFound","BodyName":"Dryi Aug AA-A h283 A 1","SystemAddress":2376697119,"BodyID":7,"Signals":[{"Type":"$SAA_SignalType_Geological;","Type_Localised":"Geological","Count":3}]}
OBSERVATORY
28/07/2022 8:05:26 PM Dryi Aug AA-A h283 A 1 Landable with Atmosphere Thin Helium Atmosphere 28/07/2022 8:05:26 PM Dryi Aug AA-A h283 A 1 Fast Orbit Orbital Period: 4.9 hours 28/07/2022 8:05:26 PM Dryi Aug AA-A h283 A 1 Landable, Non-Icy Body with Helium Atmosphere Main Stars: H 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 C Fast Orbit Orbital Period: 2.3 hours 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 C Uncommon Secondary Star Type Black Hole, Distance: 239Ls 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 ABC 1 Wide Ring Width: 2.19Ls / 655,820km, Parent Radius: 98,866km 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 B Fast Orbit Orbital Period: 2.3 hours 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 B Uncommon Secondary Star Type Black Hole, Distance: 244Ls 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 ABC 5 Wide Ring Width: 2.14Ls / 641,370km, Parent Radius: 75,752km 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 D Uncommon Secondary Star Type Black Hole, Distance: 19,421Ls	→	28/07/2022 8:05:26 PM Dryi Aug AA-A h283 A 1 Landable with Atmosphere Thin Helium Atmosphere 28/07/2022 8:05:26 PM Dryi Aug AA-A h283 A 1 Fast Orbit Orbital Period: 4.9 hours 28/07/2022 8:05:26 PM Dryi Aug AA-A h283 A 1 Landable, Non-Icy Body with Helium Atmosphere Main Stars: H 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 C Fast Orbit Orbital Period: 2.3 hours 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 C Uncommon Secondary Star Type Black Hole, Distance: 239Ls 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 ABC 1 Wide Ring Width: 2.19Ls / 655,820km, Parent Radius: 98,866km 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 B Fast Orbit Orbital Period: 2.3 hours 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 B Uncommon Secondary Star Type Black Hole, Distance: 244Ls 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 ABC 5 Wide Ring Width: 2.14Ls / 641,370km, Parent Radius: 75,752km 28/07/2022 8:05:27 PM Dryi Aug AA-A h283 D Uncommon Secondary Star Type Black Hole, Distance: 19,421Ls

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