System Kyloaqs TE-H d10-410 - E:D Companion

Kyloaqs TE-H d10-410

X: 4414.5 / Y: -991.65625 / Z: 21607.59375
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Updated
49d 14h
System Governance
Minor faction ---
Allegiance None
Government None
Security Anarchy
Population 0
Economy & Assets
Primary None
Secondary None
Stellar Bodies 29
Stations 0
Fuel scoop Available
Kyloaqs TE-H d10-410 F (White) Star
Fuel scoop
Subclass0
LuminosityVI
Distance0.00ls
Stellar Mass1.31
Radius830,936,512.00
Absolute Magnitude3.32
Rotation Period225,684.19
Surface Temperature7489
Age574
Axial Tilt0.00
Kyloaqs TE-H d10-410 1 Metal rich body
Landable
Distance32.14ls
Ascending Node60.783783
Axial Tilt-0.4025
Eccentricity8.9E-5
Earth mass0.832075
Orbital Inclination-2.6E-5
Orbital Period447135.531902
Periapsis306.839381
Radius4592121
Rotation Period450761.011295
Semi-Major Axis9633408248.4245
Surface Gravity15.726971
Surface Pressure0
Surface Temperature1396.322632
Mean Anomaly206.449532
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismmajor metallic magma volcanism
Reserve Level---
Iron38.20%
Nickel28.89%
Manganese15.78%
Vanadium9.38%
Molybdenum2.49%
Tungsten2.10%
Arsenic1.79%
Technetium1.37%
Kyloaqs TE-H d10-410 2 Metal rich body
Landable
Distance59.34ls
Ascending Node50.353947
Axial Tilt2.018541
Eccentricity9.7E-5
Earth mass1.550363
Orbital Inclination0.009989
Orbital Period1122037.470341
Periapsis59.436719
Radius5501104
Rotation Period-1131135.08321
Semi-Major Axis17789294719.696
Surface Gravity20.419408
Surface Pressure0
Surface Temperature1027.534424
Mean Anomaly69.108861
LandableYes
Tidal LockNo
Atmosphere TypeNone
Volcanismmajor silicate vapour geysers volcanism
Reserve Level---
Iron39.42%
Nickel29.81%
Manganese16.28%
Zirconium4.58%
Cadmium3.06%
Molybdenum2.57%
Ruthenium2.43%
Arsenic1.84%
Kyloaqs TE-H d10-410 3 High metal content body
Landable
Distance110.71ls
Ascending Node147.725626
Axial Tilt0.164844
Eccentricity3.8E-5
Earth mass2.505275
Orbital Inclination-0.003267
Orbital Period2859447.181225
Periapsis271.37447
Radius7932445
Rotation Period2882632.276386
Semi-Major Axis33190101385.117
Surface Gravity15.86904
Surface Pressure0
Surface Temperature752.266052
Mean Anomaly184.704565
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismmetallic magma volcanism
Reserve Level---
Iron22.29%
Nickel16.86%
Sulphur15.58%
Carbon13.10%
Manganese9.21%
Phosphorus8.39%
Vanadium5.47%
Germanium4.60%
Cadmium1.73%
Tin1.44%
Yttrium1.33%
Kyloaqs TE-H d10-410 4 Sudarsky class III gas giant
Distance1,231.44ls
Ascending Node146.194715
Axial Tilt-3.113445
Eccentricity0.00023
Earth mass2644.614746
Orbital Inclination-0.284688
Orbital Period106074643.13507
Periapsis142.504387
Radius69996208
Rotation Period134081.720845
Semi-Major Axis369171535968.78
Surface Gravity215.14078
Surface Pressure0
Surface Temperature792.452026
Mean Anomaly266.919989
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve Level---
Kyloaqs TE-H d10-410 4 a Icy body
Distance1,235.28ls
Ascending Node-58.696487
Axial Tilt0.253539
Eccentricity0
Earth mass0.103851
Orbital Inclination-26.2235
Orbital Period6030219.435692
Periapsis149.729385
Radius4053235.5
Rotation Period6030347.455539
Semi-Major Axis9902281761.1694
Surface Gravity2.519507
Surface Pressure30879.027344
Surface Temperature233.920853
Mean Anomaly97.985232
LandableNo
Tidal LockYes
Atmosphere TypeSulphurDioxide
Reserve Level---
Kyloaqs TE-H d10-410 5 Sudarsky class III gas giant
Distance2,328.74ls
Ascending Node132.584688
Axial Tilt1.907464
Eccentricity6.4E-5
Earth mass2166.215088
Orbital Inclination0.088397
Orbital Period275856435.29892
Periapsis28.787236
Radius72470600
Rotation Period65552.072372
Semi-Major Axis698140126466.75
Surface Gravity164.394494
Surface Pressure0
Surface Temperature605.559448
Mean Anomaly273.287484
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve LevelPristine
Kyloaqs TE-H d10-410 5 a Rocky body
Landable
Distance2,328.31ls
Ascending Node118.312537
Axial Tilt0.766706
Eccentricity0.000508
Earth mass0.005938
Orbital Inclination-0.113988
Orbital Period237835.359573
Periapsis205.708069
Radius1264800.5
Rotation Period237848.439578
Semi-Major Axis1073545277.1187
Surface Gravity1.47948
Surface Pressure0
Surface Temperature237.395706
Mean Anomaly293.518683
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.66%
Sulphur18.78%
Carbon15.79%
Nickel14.87%
Phosphorus10.11%
Chromium8.84%
Germanium5.54%
Selenium2.94%
Ruthenium1.21%
Tin1.18%
Tungsten1.08%
Kyloaqs TE-H d10-410 5 b Rocky body
Distance2,330.24ls
Ascending Node22.470151
Axial Tilt-0.168028
Eccentricity0.049258
Earth mass0.008346
Orbital Inclination2.730607
Orbital Period100182.294846
Periapsis285.970127
Radius1416130.125
Rotation Period163207.5791
Semi-Major Axis4171462.476254
Surface Gravity1.658659
Surface Pressure0
Surface Temperature207.29158
Mean Anomaly149.635844
LandableNo
Tidal LockYes
Atmosphere TypeSulphurDioxide
Volcanismmajor rocky magma volcanism
Reserve Level---
Kyloaqs TE-H d10-410 5 c Rocky body
Landable
Distance2,330.26ls
Ascending Node22.470151
Axial Tilt0.275768
Eccentricity0.049258
Earth mass0.005046
Orbital Inclination2.730607
Orbital Period100182.294846
Periapsis105.970132
Radius1200252.375
Rotation Period126903.698997
Semi-Major Axis6899546.384811
Surface Gravity1.396002
Surface Pressure0
Surface Temperature207.29158
Mean Anomaly149.622359
LandableYes
Tidal LockYes
Atmosphere TypeNone
Volcanismminor silicate vapour geysers volcanism
Reserve Level---
Iron19.87%
Sulphur19.16%
Carbon16.11%
Nickel15.03%
Phosphorus10.31%
Germanium5.66%
Zinc5.40%
Vanadium4.88%
Molybdenum1.30%
Antimony1.20%
Tungsten1.09%
Kyloaqs TE-H d10-410 5 d Rocky body
Landable
Distance2,327.29ls
Ascending Node98.957488
Axial Tilt-0.429241
Eccentricity1.0E-5
Earth mass0.014305
Orbital Inclination0.059492
Orbital Period1629639.863968
Periapsis148.361763
Radius1689604.375
Rotation Period1629729.519163
Semi-Major Axis3872848153.1143
Surface Gravity1.997275
Surface Pressure0
Surface Temperature202.653366
Mean Anomaly217.318787
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.64%
Sulphur18.94%
Carbon15.93%
Nickel14.86%
Phosphorus10.20%
Chromium8.83%
Vanadium4.82%
Selenium2.96%
Cadmium1.53%
Ruthenium1.21%
Tungsten1.08%
Kyloaqs TE-H d10-410 5 e Rocky body
Landable
Distance2,326.98ls
Ascending Node-32.820988
Axial Tilt0.216326
Eccentricity0.000376
Earth mass0.010687
Orbital Inclination3.28346
Orbital Period2603165.268898
Periapsis181.898436
Radius1535769.875
Rotation Period2603308.039406
Semi-Major Axis5292211771.0114
Surface Gravity1.805968
Surface Pressure0
Surface Temperature197.069489
Mean Anomaly340.754979
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.59%
Sulphur18.89%
Carbon15.88%
Nickel14.82%
Phosphorus10.17%
Chromium8.81%
Vanadium4.81%
Selenium2.96%
Tellurium1.44%
Niobium1.34%
Molybdenum1.28%
Kyloaqs TE-H d10-410 5 f Icy body
Landable
Distance2,296.12ls
Ascending Node108.949546
Axial Tilt0.367727
Eccentricity0
Earth mass0.164889
Orbital Inclination59.850724
Orbital Period10883555.412292
Periapsis62.248117
Radius4765128.5
Rotation Period10884154.774955
Semi-Major Axis13734618425.369
Surface Gravity2.894348
Surface Pressure0
Surface Temperature163.443787
Mean Anomaly27.997525
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve LevelPristine
Sulphur27.56%
Carbon23.18%
Phosphorus14.84%
Iron11.24%
Nickel8.50%
Chromium5.06%
Manganese4.64%
Germanium2.93%
Molybdenum0.73%
Tin0.69%
Antimony0.62%
Kyloaqs TE-H d10-410 6 Sudarsky class III gas giant
Distance3,183.79ls
Ascending Node135.376538
Axial Tilt-1.935065
Eccentricity0.013088
Earth mass2163.246094
Orbital Inclination0.920978
Orbital Period449437290.43007
Periapsis96.834631
Radius72503528
Rotation Period76478.134467
Semi-Major Axis966643989086.15
Surface Gravity164.020114
Surface Pressure0
Surface Temperature580.653076
Mean Anomaly344.317131
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve Level---
Kyloaqs TE-H d10-410 6 a Rocky body
Landable
Distance3,184.96ls
Ascending Node-2.496117
Axial Tilt-0.287467
Eccentricity8.3E-5
Earth mass0.014885
Orbital Inclination0.024338
Orbital Period270776.772499
Periapsis119.569889
Radius1711764.5
Rotation Period270782.179489
Semi-Major Axis1169952750.206
Surface Gravity2.02479
Surface Pressure0
Surface Temperature209.573318
Mean Anomaly50.961364
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.94%
Sulphur19.23%
Carbon16.17%
Nickel15.08%
Phosphorus10.35%
Manganese8.23%
Vanadium4.90%
Zirconium2.32%
Niobium1.36%
Ruthenium1.23%
Tin1.19%
Kyloaqs TE-H d10-410 6 b Rocky body
Landable
Distance3,173.04ls
Ascending Node8.637853
Axial Tilt-0.30541
Eccentricity0.005317
Earth mass0.015522
Orbital Inclination-1.965217
Orbital Period1468058.764935
Periapsis274.211919
Radius1735373.75
Rotation Period1468087.955495
Semi-Major Axis3610685348.5107
Surface Gravity2.054389
Surface Pressure0
Surface Temperature179.342087
Mean Anomaly85.897673
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.13%
Sulphur18.45%
Carbon15.52%
Nickel14.47%
Phosphorus9.93%
Chromium8.61%
Germanium5.45%
Vanadium4.70%
Niobium1.31%
Molybdenum1.25%
Ruthenium1.18%
Kyloaqs TE-H d10-410 6 c Rocky body
Landable
Distance3,188.33ls
Ascending Node-49.479513
Axial Tilt-0.38746
Eccentricity0.001008
Earth mass0.005218
Orbital Inclination0.004276
Orbital Period2402943.372726
Periapsis180.238314
Radius1213642.25
Rotation Period2402991.016969
Semi-Major Axis5014832198.6198
Surface Gravity1.412026
Surface Pressure0
Surface Temperature173.291016
Mean Anomaly210.539949
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron18.57%
Sulphur17.91%
Carbon15.06%
Nickel14.05%
Phosphorus9.64%
Chromium8.35%
Manganese7.67%
Germanium5.29%
Molybdenum1.21%
Ruthenium1.15%
Tin1.10%
Kyloaqs TE-H d10-410 6 d Rocky body
Landable
Distance3,162.31ls
Ascending Node16.806845
Axial Tilt2.216649
Eccentricity0.000505
Earth mass0.014561
Orbital Inclination0.034988
Orbital Period3691095.471382
Periapsis2.335525
Radius1698536.125
Rotation Period-3691168.617021
Semi-Major Axis6676223576.0689
Surface Gravity2.011606
Surface Pressure260.820679
Surface Temperature170.284775
Mean Anomaly208.380504
LandableYes
Tidal LockNo
Atmosphere TypeAmmonia
Reserve Level---
Iron18.63%
Sulphur17.89%
Carbon15.04%
Nickel14.09%
Phosphorus9.63%
Chromium8.38%
Manganese7.69%
Zinc5.06%
Cadmium1.45%
Yttrium1.11%
Tungsten1.02%
Kyloaqs TE-H d10-410 6 d a Rocky body
Distance3,162.31ls
Ascending Node94.263034
Axial Tilt0.468572
Eccentricity0
Earth mass0.000538
Orbital Inclination-88.556141
Orbital Period137225.902081
Periapsis286.825659
Radius581135.6875
Rotation Period139737.956582
Semi-Major Axis14212055.206299
Surface Gravity0.634916
Surface Pressure0
Surface Temperature168.772079
Mean Anomaly65.40747
LandableNo
Tidal LockYes
Atmosphere TypeSulphurDioxide
Volcanismmajor rocky magma volcanism
Reserve Level---
Kyloaqs TE-H d10-410 6 e Rocky body
Landable
Distance3,182.52ls
Ascending Node102.707136
Axial Tilt-0.452114
Eccentricity0.001098
Earth mass0.005056
Orbital Inclination0.052556
Orbital Period5849811.196327
Periapsis205.518869
Radius1201120
Rotation Period108261.936129
Semi-Major Axis9075180172.9202
Surface Gravity1.396899
Surface Pressure126.076797
Surface Temperature165.621475
Mean Anomaly221.416761
LandableYes
Tidal LockNo
Atmosphere TypeAmmonia
Reserve Level---
Iron19.58%
Sulphur18.89%
Carbon15.88%
Nickel14.81%
Phosphorus10.17%
Chromium8.81%
Zinc5.32%
Selenium2.96%
Niobium1.34%
Yttrium1.17%
Tungsten1.08%
Kyloaqs TE-H d10-410 7 Gas giant with ammonia based life
Distance4,020.82ls
Ascending Node-26.40046
Axial Tilt0.58504
Eccentricity0.001667
Earth mass31.048988
Orbital Inclination-4.437544
Orbital Period626468294.85893
Periapsis336.606868
Radius31105822
Rotation Period62831.493547
Semi-Major Axis1206201553344.7
Surface Gravity12.790087
Surface Pressure0
Surface Temperature124.473312
Mean Anomaly293.177136
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve LevelPristine
Kyloaqs TE-H d10-410 7 a Rocky body
Landable
Distance4,021.41ls
Ascending Node34.333602
Axial Tilt-0.634828
Eccentricity0.000487
Earth mass0.001069
Orbital Inclination0.006754
Orbital Period200523.298979
Periapsis266.088788
Radius718775.6875
Rotation Period192160.701661
Semi-Major Axis232741296.29135
Surface Gravity0.824507
Surface Pressure0
Surface Temperature125.294426
Mean Anomaly209.094227
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.50%
Sulphur18.77%
Carbon15.78%
Nickel14.75%
Phosphorus10.10%
Chromium8.77%
Germanium5.54%
Selenium2.94%
Cadmium1.51%
Yttrium1.16%
Tin1.16%
Kyloaqs TE-H d10-410 7 b Rocky body
Landable
Distance4,025.17ls
Ascending Node-170.005287
Axial Tilt-2.69847
Eccentricity0.000334
Earth mass0.002766
Orbital Inclination-0.79135
Orbital Period3588138.222694
Periapsis28.89992
Radius983920.8125
Rotation Period-3567303.861442
Semi-Major Axis1592243909.8358
Surface Gravity1.138596
Surface Pressure0
Surface Temperature124.978004
Mean Anomaly173.26081
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron19.18%
Sulphur18.41%
Carbon15.48%
Nickel14.51%
Phosphorus9.91%
Chromium8.63%
Manganese7.92%
Zirconium2.23%
Cadmium1.49%
Ruthenium1.18%
Tungsten1.05%
Kyloaqs TE-H d10-410 7 c Rocky body
Landable
Distance4,014.14ls
Ascending Node-84.68897
Axial Tilt0.155305
Eccentricity0.017037
Earth mass0.000716
Orbital Inclination0.000989
Orbital Period8241637.349129
Periapsis12.73302
Radius629606.9375
Rotation Period95602.561929
Semi-Major Axis2771867513.6566
Surface Gravity0.719773
Surface Pressure0
Surface Temperature124.931396
Mean Anomaly75.59426
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron19.97%
Sulphur19.26%
Carbon16.20%
Nickel15.11%
Phosphorus10.37%
Chromium8.98%
Vanadium4.90%
Zirconium2.32%
Molybdenum1.30%
Mercury0.87%
Technetium0.71%
Kyloaqs TE-H d10-410 8 Sudarsky class I gas giant
Distance5,942.96ls
Ascending Node75.334644
Axial Tilt-0.063051
Eccentricity0.002013
Earth mass31.371462
Orbital Inclination0.19779
Orbital Period1121884226.799
Periapsis109.971004
Radius28120166
Rotation Period77295.82772
Semi-Major Axis1778767466545.1
Surface Gravity15.812788
Surface Pressure0
Surface Temperature102.910042
Mean Anomaly143.688949
LandableNo
Tidal LockNo
Atmosphere Type---
Reserve Level---
Kyloaqs TE-H d10-410 8 a Rocky body
Landable
Distance5,944.72ls
Ascending Node-45.862958
Axial Tilt0.054367
Eccentricity0.000437
Earth mass0.00026
Orbital Inclination0.037021
Orbital Period839341.640472
Periapsis271.837434
Radius449993.9375
Rotation Period839361.464037
Semi-Major Axis606546157.5985
Surface Gravity0.511941
Surface Pressure0
Surface Temperature103.057198
Mean Anomaly39.206959
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron20.47%
Sulphur19.74%
Carbon16.60%
Nickel15.48%
Phosphorus10.63%
Germanium5.83%
Zinc5.56%
Arsenic2.61%
Molybdenum1.34%
Tin1.22%
Polonium0.53%
Kyloaqs TE-H d10-410 8 b Rocky body
Landable
Distance5,944.26ls
Ascending Node-91.816686
Axial Tilt0.260548
Eccentricity4.0E-6
Earth mass0.000271
Orbital Inclination-0.28871
Orbital Period1706378.042698
Periapsis193.208129
Radius456004.71875
Rotation Period1706418.212342
Semi-Major Axis973392903.80478
Surface Gravity0.518861
Surface Pressure0
Surface Temperature102.994209
Mean Anomaly178.939444
LandableYes
Tidal LockYes
Atmosphere TypeNone
Reserve Level---
Iron19.68%
Sulphur18.98%
Carbon15.96%
Nickel14.88%
Phosphorus10.22%
Chromium8.85%
Germanium5.60%
Zirconium2.28%
Molybdenum1.28%
Antimony1.18%
Tungsten1.08%
Kyloaqs TE-H d10-410 8 c Rocky body
Landable
Distance5,942.96ls
Ascending Node-77.710296
Axial Tilt-0.259218
Eccentricity0.000299
Earth mass0.000221
Orbital Inclination-0.389169
Orbital Period3951064.705849
Periapsis297.273646
Radius426498.75
Rotation Period120276.197624
Semi-Major Axis1703651547.4319
Surface Gravity0.484915
Surface Pressure0
Surface Temperature102.936577
Mean Anomaly273.478971
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron19.59%
Sulphur18.90%
Carbon15.89%
Nickel14.82%
Phosphorus10.17%
Chromium8.81%
Vanadium4.81%
Selenium2.96%
Cadmium1.52%
Niobium1.34%
Antimony1.18%
Kyloaqs TE-H d10-410 8 d Rocky body
Landable
Distance5,934.70ls
Ascending Node114.972345
Axial Tilt0.194366
Eccentricity0.005303
Earth mass0.000222
Orbital Inclination0.052053
Orbital Period7063831.865788
Periapsis284.117694
Radius426851.59375
Rotation Period150005.530617
Semi-Major Axis2509563803.6728
Surface Gravity0.48532
Surface Pressure0
Surface Temperature102.905159
Mean Anomaly356.057835
LandableYes
Tidal LockNo
Atmosphere TypeNone
Reserve Level---
Iron19.82%
Sulphur19.12%
Carbon16.08%
Nickel14.99%
Phosphorus10.29%
Manganese8.19%
Vanadium4.87%
Arsenic2.52%
Cadmium1.54%
Niobium1.35%
Ruthenium1.22%
System Minor faction Population Security Distance Scoopable
Kyloaqs LO-O c20-67πŸ“‹ 0 Anarchy 6.65 Yes
Kyloaqs UE-H d10-454πŸ“‹ 0 Anarchy 6.94 Yes
Kyloaqs KT-O c20-53πŸ“‹ 0 Anarchy 7.10 Yes
Kyloaqs UE-H d10-107πŸ“‹ 0 Anarchy 7.87 No
Kyloaqs KM-W f1-783πŸ“‹ 0 Anarchy 9.21 Yes
Kyloaqs WJ-R e4-2715πŸ“‹ 0 Anarchy 9.82 No
Kyloaqs MO-O c20-41πŸ“‹ 0 Anarchy 13.05 Yes
Kyloaqs TE-H d10-673πŸ“‹ 0 Anarchy 13.19 Yes
Kyloaqs UE-H d10-1101πŸ“‹ 0 Anarchy 13.62 No
Kyloaqs UO-R e4-2818πŸ“‹ 0 Anarchy 14.62 Yes
Kyloaqs AO-B b42-1πŸ“‹ 0 Anarchy 14.80 Yes
Kyloaqs VJ-R e4-937πŸ“‹ 0 Anarchy 16.30 No
Kyloaqs TE-H d10-417πŸ“‹ 0 Anarchy 16.88 Yes
Kyloaqs TE-H d10-1606πŸ“‹ 0 Anarchy 17.90 No
Kyloaqs WJ-R e4-3457πŸ“‹ 0 Anarchy 18.02 No
Kyloaqs SJ-H d10-1932πŸ“‹ 0 Anarchy 19.48 Yes
Kyloaqs UE-H d10-40πŸ“‹ 0 Anarchy 20.21 No
Kyloaqs TE-H d10-712πŸ“‹ 0 Anarchy 20.28 No
Kyloaqs LO-O c20-21πŸ“‹ 0 Anarchy 20.56 Yes
Kyloaqs SJ-H d10-1881πŸ“‹ 0 Anarchy 21.40 Yes
Kyloaqs PU-M c21-171πŸ“‹ 0 Anarchy 21.59 Yes
Kyloaqs VJ-R e4-278πŸ“‹ 0 Anarchy 22.14 No
Kyloaqs WH-D b41-3πŸ“‹ 0 Anarchy 22.36 Yes
Kyloaqs FP-Z b42-2πŸ“‹ 0 Anarchy 22.64 Yes
Kyloaqs TE-H d10-1546πŸ“‹ 0 Anarchy 22.88 No
Kyloaqs UE-H d10-1968πŸ“‹ 0 Anarchy 22.99 Yes
Kyloaqs UE-H d10-2162πŸ“‹ 0 Anarchy 23.60 Yes
Kyloaqs UE-H d10-1653πŸ“‹ 0 Anarchy 23.66 Yes
Kyloaqs SJ-H d10-2253πŸ“‹ 0 Anarchy 25.01 Yes
Kyloaqs UE-H d10-870πŸ“‹ 0 Anarchy 25.05 Yes
Kyloaqs RJ-H d10-2881πŸ“‹ 0 Anarchy 25.10 Yes
Kyloaqs UE-H d10-2322πŸ“‹ 0 Anarchy 25.12 Yes
Kyloaqs TE-H d10-2108πŸ“‹ 0 Anarchy 25.48 No
Kyloaqs SJ-H d10-2246πŸ“‹ 0 Anarchy 28.08 Yes
Kyloaqs RJ-H d10-1063πŸ“‹ 0 Anarchy 31.03 Yes
Kyloaqs VJ-R e4-850πŸ“‹ 0 Anarchy 31.86 Yes