Call of the wild - A list of pristine metallic rings

VicTic

V
Drownerfood said:
... since references beyond the planet aren't consistent.
Click to expand...

The only constant reference I can think of is the Magellanic Clouds, so I use them to designate "up" and "down".

Yinyin was the pioneer of rock mapping, did some excellent work on belts, and is all-around accomplished mining scholar. I respect him highly.
 

Drownerfood

D
VicTic said:
The only constant reference I can think of is the Magellanic Clouds, so I use them to designate "up" and "down".
Click to expand...

Hmm, I hadn't thought of using references outside of the galaxy :D
For myself I am using the convention that rings rotate towards 'East', so when facing the planet, with 'East' on the right, 'North' is up.
 

Drownerfood

D
Sometimes errors get into eddb. There was a system with a nice planet a few months ago that kept reappearing, but the planet had a name from a different system, or something. Meant it wasn't close to the bubble at all, because it wasn't in the right system.
 

Drownerfood

D
I check pre-scanned systems I visit for them, since they can't be scanned and auto-uploaded to edsm. Other than that I just check out known rings for RES.
 

VicTic

V
Gentlemen,

I have finished the system for importing Pristine Metallics from eddb.io

I decided to only import populated systems or the ones within 60 light years of populated systems. Still, over 700 new systems were added to the list.

The default landing page now will not display any systems until a reference system is entered, and there's an optional "maximum distance" parameter.

I still need help in identifying the RES in the rings, it's a slow process, because you need to fly to the ring and actually eyeball the RES, because some of them might be in the outer, non-metallic rings.

To make the task easier I made a "secret parameter" to only display populated systems. To do so, you need to add "&pop=1" to the end of the url. This example will produce a list of all known populated systems with PrisMet rings: http://edtools.ddns.net/?s=Sol&md=0&pop=1 - there are 241 of them as of today.
 

Drownerfood

D
Cool, thanks for adding the &pop=1 command.
I did some quick analysis of the locations. A good portion are around Colonia(180) or on the way(70). Then there's 40 more around the nebula bases towards the galactic rim, and 60 around the Pleadies. Finally about 650 are near the Bubble.

I wonder how many are left unrecorded in pre-scanned systems? I found Torno 9 last year just by accident.
 

Drownerfood

D
Here's some systems that had no info that I checked out for RES:

HIP 28122- ABC 1: Haz,low planetary in orbit(no commodities), station in system
Hyades Sector EB-X d1-104- 6: high,low planetary in system
Nuitu- 5: high,low outposts in system, planetary in system
69 Upsilon Tauri- ABC 4: no station in system
60 Tauri- CD 7: reg,low outpost, planetary in CD system; outpost, station in AB system
HIP 20491- 6:no planetary in system
Maidareldi- 1:high,reg outpost and planetary in system

Maidareldi 1 is nice because the planet is only 200Ls away from entry :)

and a new entry
HIP 49846- 3:Haz,reg station in system
 
Last edited:

VicTic

V
So added/updated, thank you Drownerfood!

Drownerfood said:
Here's some systems that had no info that I checked out for RES:

HIP 28122- ABC 1: Haz,low planetary in orbit(no commodities), station in system
Hyades Sector EB-X d1-104- 6: high,low planetary in system
Nuitu- 5: high,low outposts in system, planetary in system
69 Upsilon Tauri- ABC 4: no station in system
60 Tauri- CD 7: reg,low outpost, planetary in CD system; outpost, station in AB system
HIP 20491- 6:no planetary in system
Maidareldi- 1:high,reg outpost and planetary in system

Maidareldi 1 is nice because the planet is only 200Ls away from entry :)

and a new entry
HIP 49846- 3:Haz,reg station in system
Click to expand...
 

Drownerfood

D
Checking more systems and I finally found Arsenic (and niobium) in a PMR :) HIP 52780 5 A ring
I'm sharing it since I find arsenic tedious to find, but here it's a co-product of mining.

also verifying the RES for

HIP 52780- 3:Haz,high 5:Haz,low station in orbit
LHS 5180- 1:low outpost in orbit
BD-08 2963-2:low outpost and planetary in orbit
 

VicTic

V
Thank you!

Updated.

Drownerfood said:
Checking more systems and I finally found Arsenic (and niobium) in a PMR :) HIP 52780 5 A ring
I'm sharing it since I find arsenic tedious to find, but here it's a co-product of mining.

also verifying the RES for

HIP 52780- 3:Haz,high 5:Haz,low station in orbit
LHS 5180- 1:low outpost in orbit
BD-08 2963-2:low outpost and planetary in orbit
Click to expand...
 

Assimilator1

Assimilator1
I was hoping to report in a pris met with low, std & haz res sites, but then realised I didn't have a DSS! And EDSM doesn't have this system fully scanned either, anyway, if you want to check it out, it's system LHS 2337. Or I'll do it at a much later point.
It's got those res sites, I just don't know what ring types.
 

gazelle

gazelle
Assimilator1 said:
I was hoping to report in a pris met with low, std & haz res sites, but then realised I didn't have a DSS! And EDSM doesn't have this system fully scanned either, anyway, if you want to check it out, it's system LHS 2337. Or I'll do it at a much later point.
It's got those res sites, I just don't know what ring types.
Click to expand...

Only low reserve, no metallic:

Code: 
[
  {
    "timestamp": "2018-02-18T09:14:23Z",
    "event": "Scan",
    "BodyName": "LHS 2337",
    "DistanceFromArrivalLS": 0,
    "StarType": "M",
    "StellarMass": 0.253906,
    "Radius": 294305504,
    "AbsoluteMagnitude": 10.382568,
    "Age_MY": 10364,
    "SurfaceTemperature": 2473,
    "Luminosity": "V",
    "RotationPeriod": 231813.078125,
    "AxialTilt": 0,
    "Rings": [
      {
        "Name": "LHS 2337 A Belt",
        "RingClass": "eRingClass_MetalRich",
        "MassMT": 37632000000,
        "InnerRad": 485600000,
        "OuterRad": 1574700000
      }
    ]
  },
  {
    "timestamp": "2018-02-18T09:14:58Z",
    "event": "Scan",
    "BodyName": "LHS 2337 1",
    "DistanceFromArrivalLS": 230.285889,
    "TidalLock": true,
    "TerraformState": "",
    "PlanetClass": "Sudarsky class I gas giant",
    "Atmosphere": "",
    "AtmosphereComposition": [
      {
        "Name": "Hydrogen",
        "Percent": 74.007408
      },
      {
        "Name": "Helium",
        "Percent": 25.992596
      }
    ],
    "Volcanism": "",
    "MassEM": 333.918823,
    "Radius": 72879728,
    "SurfaceGravity": 25.057446,
    "SurfaceTemperature": 143.083771,
    "SurfacePressure": 0,
    "Landable": false,
    "SemiMajorAxis": 69024956416,
    "Eccentricity": 0.000429,
    "OrbitalInclination": -0.011636,
    "Periapsis": 194.609482,
    "OrbitalPeriod": 19577832,
    "RotationPeriod": 19606954,
    "AxialTilt": -0.201631,
    "Rings": [
      {
        "Name": "LHS 2337 1 A Ring",
        "RingClass": "eRingClass_Icy",
        "MassMT": 1132700000000,
        "InnerRad": 141200000,
        "OuterRad": 241520000
      }
    ],
    "ReserveLevel": "LowResources"
  },
  {
    "timestamp": "2018-02-18T09:16:13Z",
    "event": "Scan",
    "BodyName": "LHS 2337 2",
    "DistanceFromArrivalLS": 340.004669,
    "TidalLock": true,
    "TerraformState": "",
    "PlanetClass": "Sudarsky class I gas giant",
    "Atmosphere": "",
    "AtmosphereComposition": [
      {
        "Name": "Hydrogen",
        "Percent": 74.007408
      },
      {
        "Name": "Helium",
        "Percent": 25.992596
      }
    ],
    "Volcanism": "",
    "MassEM": 36.648888,
    "Radius": 46960296,
    "SurfaceGravity": 6.623821,
    "SurfaceTemperature": 85.370735,
    "SurfacePressure": 0,
    "Landable": false,
    "SemiMajorAxis": 101930557440,
    "Eccentricity": 0.000004,
    "OrbitalInclination": 0.008683,
    "Periapsis": 99.255043,
    "OrbitalPeriod": 35132736,
    "RotationPeriod": 35196556,
    "AxialTilt": 0.102227,
    "Rings": [
      {
        "Name": "LHS 2337 2 A Ring",
        "RingClass": "eRingClass_Rocky",
        "MassMT": 12234000000,
        "InnerRad": 89076000,
        "OuterRad": 91588000
      },
      {
        "Name": "LHS 2337 2 B Ring",
        "RingClass": "eRingClass_Icy",
        "MassMT": 134320000000,
        "InnerRad": 91688000,
        "OuterRad": 115640000
      }
    ],
    "ReserveLevel": "LowResources"
  }
]

If you don't have a scanner you can drop into the nav beacon and target it to get the system data (only populated systems have a nav beacon).
 

Assimilator1

Assimilator1
Ok, thanks for scanning :cool:
[edit] Ah yeah, the nav beacons! I forgot about those, lol, thanks again :)

Fancy checking out Malayamatha to? Has high & haz res sites, planets 4 & 5 have rings but haven't been fully scanned for EDSM......... & I know 3 & 4 did have scans showing rings, but they've vanished now!! Wth??
 
Last edited:

gazelle

gazelle
Assimilator1 said:
Fancy checking out Malayamatha to? Has high & haz res sites, planets 4 & 5 have rings but haven't been fully scanned for EDSM......... & I know 3 & 4 did have scans showing rings, but they've vanished now!! Wth??
Click to expand...

Also low reserve and only the belt is metallic:

Code: 
[
  {
    "timestamp": "2018-02-18T14:55:48Z",
    "event": "Scan",
    "BodyName": "Malayamatha",
    "DistanceFromArrivalLS": 0,
    "StarType": "M",
    "StellarMass": 0.421875,
    "Radius": 397267840,
    "AbsoluteMagnitude": 8.706619,
    "Age_MY": 4886,
    "SurfaceTemperature": 3132,
    "Luminosity": "Va",
    "RotationPeriod": 183318.1875,
    "AxialTilt": 0,
    "Rings": [
      {
        "Name": "Malayamatha A Belt",
        "RingClass": "eRingClass_Metalic",
        "MassMT": 10541000000,
        "InnerRad": 719970000,
        "OuterRad": 1809800000
      }
    ]
  },
  {
    "timestamp": "2018-02-18T14:56:51Z",
    "event": "Scan",
    "BodyName": "Malayamatha 1",
    "DistanceFromArrivalLS": 520.793579,
    "TidalLock": false,
    "TerraformState": "",
    "PlanetClass": "Gas giant with ammonia based life",
    "Atmosphere": "",
    "AtmosphereComposition": [
      {
        "Name": "Hydrogen",
        "Percent": 73.129051
      },
      {
        "Name": "Helium",
        "Percent": 26.839897
      }
    ],
    "Volcanism": "",
    "MassEM": 223.843048,
    "Radius": 69961920,
    "SurfaceGravity": 18.227606,
    "SurfaceTemperature": 124.006973,
    "SurfacePressure": 0,
    "Landable": false,
    "SemiMajorAxis": 156251373568,
    "Eccentricity": 0.000802,
    "OrbitalInclination": 0.133694,
    "Periapsis": 235.679672,
    "OrbitalPeriod": 51752368,
    "RotationPeriod": 100709.140625,
    "AxialTilt": -0.092327
  },
  {
    "timestamp": "2018-02-18T14:57:16Z",
    "event": "Scan",
    "BodyName": "Malayamatha 2",
    "DistanceFromArrivalLS": 762.892029,
    "TidalLock": true,
    "TerraformState": "",
    "PlanetClass": "Gas giant with ammonia based life",
    "Atmosphere": "",
    "AtmosphereComposition": [
      {
        "Name": "Hydrogen",
        "Percent": 73.13517
      },
      {
        "Name": "Helium",
        "Percent": 26.842138
      }
    ],
    "Volcanism": "",
    "MassEM": 217.624847,
    "Radius": 69238008,
    "SurfaceGravity": 18.093756,
    "SurfaceTemperature": 106.161011,
    "SurfacePressure": 0,
    "Landable": false,
    "SemiMajorAxis": 781011584,
    "Eccentricity": 0.170243,
    "OrbitalInclination": -5.123377,
    "Periapsis": 246.997238,
    "OrbitalPeriod": 11441070,
    "RotationPeriod": 33936904,
    "AxialTilt": -0.333484,
    "Rings": [
      {
        "Name": "Malayamatha 2 A Ring",
        "RingClass": "eRingClass_Icy",
        "MassMT": 1064000000000,
        "InnerRad": 114240000,
        "OuterRad": 223360000
      }
    ],
    "ReserveLevel": "LowResources"
  },
  {
    "timestamp": "2018-02-18T14:57:47Z",
    "event": "Scan",
    "BodyName": "Malayamatha 3",
    "DistanceFromArrivalLS": 763.865295,
    "TidalLock": false,
    "TerraformState": "",
    "PlanetClass": "Sudarsky class I gas giant",
    "Atmosphere": "",
    "AtmosphereComposition": [
      {
        "Name": "Hydrogen",
        "Percent": 73.151772
      },
      {
        "Name": "Helium",
        "Percent": 26.848236
      }
    ],
    "Volcanism": "",
    "MassEM": 27.904469,
    "Radius": 43200196,
    "SurfaceGravity": 5.959527,
    "SurfaceTemperature": 84.640434,
    "SurfacePressure": 0,
    "Landable": false,
    "SemiMajorAxis": 6090757120,
    "Eccentricity": 0.170243,
    "OrbitalInclination": -5.123377,
    "Periapsis": 66.997231,
    "OrbitalPeriod": 11441070,
    "RotationPeriod": 8101661,
    "AxialTilt": -0.034683,
    "Rings": [
      {
        "Name": "Malayamatha 3 A Ring",
        "RingClass": "eRingClass_MetalRich",
        "MassMT": 11212000000,
        "InnerRad": 73268000,
        "OuterRad": 75744000
      },
      {
        "Name": "Malayamatha 3 B Ring",
        "RingClass": "eRingClass_Icy",
        "MassMT": 164460000000,
        "InnerRad": 75844000,
        "OuterRad": 105590000
      }
    ],
    "ReserveLevel": "LowResources"
  },
  {
    "timestamp": "2018-02-18T14:58:26Z",
    "event": "Scan",
    "BodyName": "Malayamatha 4",
    "DistanceFromArrivalLS": 987.088135,
    "TidalLock": false,
    "TerraformState": "",
    "PlanetClass": "Sudarsky class I gas giant",
    "Atmosphere": "",
    "AtmosphereComposition": [
      {
        "Name": "Hydrogen",
        "Percent": 73.151772
      },
      {
        "Name": "Helium",
        "Percent": 26.848227
      }
    ],
    "Volcanism": "",
    "MassEM": 59.267639,
    "Radius": 53416496,
    "SurfaceGravity": 8.278969,
    "SurfaceTemperature": 76.275742,
    "SurfacePressure": 0,
    "Landable": false,
    "SemiMajorAxis": 295696236544,
    "Eccentricity": 0.001472,
    "OrbitalInclination": -0.250082,
    "Periapsis": 159.686462,
    "OrbitalPeriod": 134729632,
    "RotationPeriod": 46513.949219,
    "AxialTilt": 0.027292,
    "Rings": [
      {
        "Name": "Malayamatha 4 A Ring",
        "RingClass": "eRingClass_Rocky",
        "MassMT": 35462000000,
        "InnerRad": 98939000,
        "OuterRad": 104490000
      },
      {
        "Name": "Malayamatha 4 B Ring",
        "RingClass": "eRingClass_Icy",
        "MassMT": 235790000000,
        "InnerRad": 104590000,
        "OuterRad": 135730000
      }
    ],
    "ReserveLevel": "LowResources"
  },
  {
    "timestamp": "2018-02-18T15:01:10Z",
    "event": "Scan",
    "BodyName": "Malayamatha 5",
    "DistanceFromArrivalLS": 1302.837524,
    "TidalLock": false,
    "TerraformState": "",
    "PlanetClass": "Sudarsky class I gas giant",
    "Atmosphere": "",
    "AtmosphereComposition": [
      {
        "Name": "Hydrogen",
        "Percent": 73.151772
      },
      {
        "Name": "Helium",
        "Percent": 26.848227
      }
    ],
    "Volcanism": "",
    "MassEM": 10.862231,
    "Radius": 25507012,
    "SurfaceGravity": 6.654405,
    "SurfaceTemperature": 62.662552,
    "SurfacePressure": 0,
    "Landable": false,
    "SemiMajorAxis": 391249166336,
    "Eccentricity": 0.001824,
    "OrbitalInclination": 0.011454,
    "Periapsis": 285.204559,
    "OrbitalPeriod": 205057008,
    "RotationPeriod": 105620.726563,
    "AxialTilt": 0.325987,
    "Rings": [
      {
        "Name": "Malayamatha 5 A Ring",
        "RingClass": "eRingClass_MetalRich",
        "MassMT": 10027000000,
        "InnerRad": 42087000,
        "OuterRad": 46606000
      },
      {
        "Name": "Malayamatha 5 B Ring",
        "RingClass": "eRingClass_Icy",
        "MassMT": 131770000000,
        "InnerRad": 46706000,
        "OuterRad": 84395000
      }
    ],
    "ReserveLevel": "LowResources"
  }
]

Btw, I'm not sending scan data to EDDN, so EDSM will not be updated from me.
 
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