Ryddinjorn, Meinigefur constellation of Metropolis

Log entry YC126.10.10/10.37

Mixed feelings leaving Thera. It’s been a cozy wormhole to nest in, but I feel at a bit of a dead end and need a long journey to explore. Explore both the universe and myself. I was initially going to begin this mammoth venture in my home system of Shousran III in Tash-Murkon, and I set course for there. But old memories and emotions of home, parents, Lenoir and Emile came tumbling in and I decided to wait a while before tackling that. So, I start this survey/personal-pilgrimage to everywhere here in Ryddinjorn, part of the Meinigefur constellation in Metropolis. It’s weird being in high security space again. Not everything is immediately trying to kill me, it feels wrong in a messed up sort of way.

The Ryddinjorn system is part of the Meinigefur constellation of Metropolis, centered around a K3 small yellow sun, has 10 asteroid/ice belts, 7 planets and 47 moons. Only three of the asteroid belts appear on the system probe scan. The asteroids are mostly scordite and veldspar according to mining output, but there has been no true geological investigations, nor will there be on my visit here. A job for another geologist!

I had quite a shock when I went to survey the star, an enormous debris field of destroyed AIR structures and smashed ORE bowhead vessels are in orbit. I am unsure how recent this is, and I expect their orbit to rapidly decay into the star. There was a lot of very living pilots flying around, although no active fighting. Foul play and plots I suspect!

Three star gates exist in the system, all under Minmatar Republic banner, leading to either Arlek (Minmatar Metropolis), Leurtman (Minmatar Metropolis), or Meirakulf (Minmatar Heimatar). There are two main stations, the AIR laboratories and the Pator Tech School. If there is room and you have the wallet to do so, then AIR is by far the nicer and more comfortable option, although lacking in any facilities. The tech school, well, think poor students, school budgets and crumbling infrastructure… the food was some of the worst I’ve eaten in years. The tech school does have refinery (50%), cloning, repair, and factory capabilities that AIR does not. Both are near planet VI.

There are other population centres scattered on ships and dark stations, although none of these are accessible, most are not legal or declared. There are also towns such as Hrangsdor. The system has become home to a large amount of Thukker recently moved in YC126.09, they seem to be everywhere, especially the bars, and much tension is palpable between Thukker and Brutor tribes. Apparently nearly half of the Fuldis caravan opted to attempt to settle here, although many individuals of Brutor persuasion believe this to be nothing more than a Thukker recruitment ruse. The Angel cartel is taking advantage of these displaced populations and kidnappings, ransoms, and human trafficking are up significantly. It used to be a near ideal system. It does however, retain it’s 1.0 high security status… for now.

There is also a customs office adjacent to every planet, for those unfamiliar. When moons are being used, commercially or otherwise, they use they customs office of the nearby planet, although this is not relevant to the Ryddinjorn system. Failure to comply with customs carries severe penalties including fines, prison, loss of permits and licenses, criminal records and seizure of assets by force. They distinctly lack any sense of humour in such places in my experience. Universally customs offices are of the same robust design.

Ryddinjorn I and II

Not the most exciting worlds to begin with compared to the wonderous beauty of Ryddinjorn IV. Both of these worlds are officially designated as barren planets, although, both contain significant amounts of micro-organisms living in subsurface liquid aquifers. Surface atmosphere is negligible and mostly CO2. Basalt regolith with minor carbonates and base metals, mostly as dust. These create dust storms of a planetary scale despite relatively low wind speeds. The other planets and moons in the system absorb most of the modern impacts, so craters tend to be old, eroded, and dust filled with minor melt water features.

Ryddinjorn III

I had heard about the vast Falls of Ryddinjorn since I was a child. Tales of Milkinier and the watery crater trolls. So, it was the first and most interesting planet I visited was Ryddinjorn III, asteroid and meteor pummelled ocean world. I went in cloaked out of habit but couldn’t resist decloaking for the selfie drone.

Some of the craters visible have eroded in a nonlinear way, others have been subjected to planetary tectonics, weather and tides to produce an offset to the crater. The result is magnificent waterfalls, some of tremendous height. Often the waterfall volume is tidally variable. It’s really a spectacular place to visit. I could spend years here I think. I landed in a few places where the rocks allowed, but never felt comfortable straying more than a click or so from the ship before hurrying back. The rock showed granite, conglomorates, mudstones, limestone, and of course, basalt. A truly active planet in its past.

You’ll notice a distinct lack of cloud and weather formations from space. This is predominantly due to the lack of topography on the world, combined with its rather moderate and uniform temperatures, with few gradients of note forming. Though winds and coriolis do exist of course and should still be plotted and accounted for if anyone plans to visit. It is a beautiful world, full of myth and monsters, thankfully literary more than literal. The 90m knife sharks are quite a sight though, amazing how much plankton they must consume. Never did see Milkinier, nor any crater trolls! A planetary survey scan will support what is obviously seen, with few complex organisms, lots and lots of micro-organisms and plankton, and plenty of water and carbon compounds. A stunning world that is never going to become a hive world for humans.

The moon of Ryddinjorn III may not look much, a basalt base with a deeper than usual regolith of dust and brecciated rock. However, the rather mysterious carbonate pinnacles shown in white are an utter perplexion and entire thesis could be spent on why on Thera they are there. Possible remnant organics? Past water outlets serpentinizing the basalt? Who knows. Tricky fieldwork in all that dust. No appreciable atmosphere. I did manage to extract a single sample of the carbonates and put them through transmission electron microscopy, fantastic features! Iron rich carbonate structures, like flowers, within cracked olivine crystals, obviously serpentinised by some mechanism. Note this only occurs in the olivine, not the adjacent pyroxenes. The Fe rich cores and rims to the flowers are most perplexing.

Ryddinjorn IV

The gas planet of Ryddinjorn IV is most notable for the colour differentiation of its atmosphere, with high albedo bright whites above ~30°N, a myriad of blue green shades in the equatorial regions, and rust reds in the Southern reaches below ~30°S (although a white region buffers the boundary between southern greens and reds.

High winds in the upper atmosphere combined with a fast planetary spin produces these neat concentric colour bands. Interrupted here and there by storm swirls and eddies where one band has spilled into another. Electrical discharge can be seen sporadically over a period of hours. No survey has ever survived landing, however, what data is extant describes a planet of thick atmospheric base metals in the lower depths, grading into lighter noble gases in the upper atmosphere. The lower atmosphere becomes so dense it blurs the boundary between liquid and gas and posseses a soup of ionic aqueous liquids. Few reactions occur though, thus has Ryddinjorn IV remained relatively consistent over geological time. A beautiful work of art.

The planet possesses 14 moons, most of which are rather unremarkable. Moons II, III, V, IX, XII, and XIV possess significant topological relief, showing signs of tectonic and volcanic activity, indeed even water flow in their ancient past. I don’t believe any of them have been studied to any significant degree. Some, such as moon II and X show evidence of large impacts that I am surprised did not shatter them. The central uplift in the impact can clearly be seen on X.

Ryddinjorn V

This planet is similar to Ryddinjorn I and II, albeit with a lower temperature due to distance from the star. CO2 and water ice in low levels that sublimates in the daytime heat, refreezing at night. Micro-organisms of a highly contagious variety for humans; I certainly would not like to be part of any ground survey team, one would be living in hazmat suits for the duration. Scant atmosphere, mostly of nitrogen, with minor noble gases. Atmospheric pressure at 0.91 Pa (8.98×10−6 atm). Evidence of large ancient impact craters, now eroded and partially filled. Basalt mantle, peridotite core, basaltic dust with minor carbonates and some clays and base metals.

Ryddinjorn V had two moons, moon I is odd only for its utter lack of features. Smooth basalt with no volcanics, water, impacts, or anything of note. Moon II on the other hand has vast amounts of unusual algal growths in the higher altitudes. Resolution on the imaging showed them to be almost of shrub height, though where they source enough water for growth is mysterious for the rest of the moon appears barren. Topographically varied, there are no distinct highlands and lowlands. Certainly, this moon deserves urgent further study. The atmosphere appears to be oxygen rich, but at low atmospheric pressure of 2.96x10-8 atm.

Ryddinjorn VI

This rather plain and unremarkable small gas planet has six moons. The planet’s atmosphere is dense and probes do not survive entry to establish precise density with depth. Rich in noble gas although for the most part unreactive. Ionic and aqueous solutions about, indeed it seems to constantly rain in the lower levels. Despite such a fluid rich environment, no life was detected. Planetary winds are mild, with no great storms that other gas giants so often demonstrate.

Most of the moons are unremarkable, with III, IV, and VI being exceptions. All are basalt, I, II, and V are undifferentiated, the others have distinct highland and lowland regions, possible formed by partial melting early in their history. They all notably have few large impacts, probably due to the immensity of their neighbour, Ryddinjorn VII, which we will address next. Carbonates detected on moon III of unknown origin. Moon III would be my priority candidate for future research with the highest possibility of subsurface water and life. I simply do not have the time or resources now.

Ryddinjorn VII

The planet of the moons!

This is a most most beautiful and interesting gas planet! Crowned by many hundreds of concentric rings consisting of base metal dust, it has no less than 23 moons! Its size and its position as the outermost planet of the system has clearly made this planet the ‘absorber’ for most impactors entering the system. Like most gas planets, my scout probes simply do not survive long in the dense atmosphere, but enough to declare it mostly non-reactive, moderate noble gases with a suspended liquid fog of aqueous ionic solutions, although not raining as seen on Ryddinjorn VI. It may have a base metal core (undetermined), for this is the only theory I have to explain the unusual ring sequence and composition. Winds are high, with occasional storms and weather fronts, although without lightening. The banded colours divided by latitude appear to be mostly temperature dependent, the water content of the aqueous solutions vary but freeze in the Northern pole. The Southern pole is less affected and warmer, presumably caused by some internal heating mechanism at depth, for not explanation can be forwarded by orbital mechanics. No life can be detected.

It took some patience to assay the moons. Many are rather dull and unremarkable, although diligently documented here. The highlights include the vast impact crater directly on the North pole of XI and an ancient huge impact delineated by a dark ring on XXI. The size of the moons generally increase with their numbering. All are basalt, but the larger moons have a higher proportion of deep mantle associated minerals such as bridgmanite, ferropericlase, and davemaoite, olivine, and peridotite. I suspect that some of the moons were simply passing bodies captured by the gravity well of the planet. Others I theorize were a larger body that got shattered into core and fragments, but at such an early time in the system formation that they did not remain shattered in appearance and to some extent readjusted their layerings to a new equilibrium, thus accounting for the diversity in mineral weight types between the moons. No life can be found in any, carbonates were found on XIV and XV meriting further study. Some displayed evidence of highlands and lowlands and past surface reworking, possibly ancient tectonics on VIII, XII, XVII and XXI.

And thus I come to the end of my survey of Ryddinjorn. A nice system, albeit with its human dramas. I plan to continue in the Meinigefur constellation of Metropolis, and the Arlek system will by my next report.

Gloria in immenso caelo,

Dr Xi Shan

Data Appendage for the Ryddinjorn system

Extracted from the Eve Archive Primarium

Limited quality control verification has been undertaken, but not on every data point.

Be careful not to confuse commas with decimal points!

Deemed robust but use with caution.

Ryddinjorn Star

Age 10,689,370,878 years

Luminosity 0.09221

Radius 149,550 km

Spectral Class K2 V

Temperature 4,623.00 K

Ryddinjorn I

Planet Type Planet (Barren)

Density 2754.71 g/cm³

Eccentricity 0.069

Escape Velocity 2.085 km/s

Mass Dust 5.471e+22 kg

Mass Gas 291,106,000,000,000 kg

Orbit Period 8.7 days

Orbit Radius 0.215 AU

Pressure Very low

Radius 1,680 km

Surface Gravity 1.294 m/s²

Temperature 332.74 K

Ryddinjorn II

Planet Type Planet (Barren)

Density 4707.19 g/cm³

Eccentricity 0.071

Escape Velocity 7.998 km/s

Mass Dust 2.363e+24 kg

Mass Gas 8.611e+17 kg

Orbit Period 35.8 days

Orbit Radius 0.556 AU

Pressure Very low

Radius 4,930 km

Surface Gravity 6.488 m/s²

Temperature 293.73 K

Ryddinjorn II Moon I

Density 1115.84 g/cm³

Escape Velocity 0.182 km/s

Mass Dust 5.739e+19 kg

Mass Gas 1,012,080,000 kg

Orbit Period 2.1 days

Orbit Radius 224,152,000 km

Pressure Very low

Radius 230 km

Surface Gravity 0.072 m/s²

Temperature 207.23 K

Ryddinjorn III

Planet Type Planet (Oceanic)

Density 3501.59 g/cm³

Eccentricity 0.347

Escape Velocity 10.732 km/s

Mass Dust 6.618e+24 kg

Mass Gas 3.533e+18 kg

Orbit Period 165.6 days

Orbit Radius 1.542 AU

Pressure Very low

Radius 7,670 km

Surface Gravity 7.509 m/s²

Temperature 307.57 K

Ryddinjorn III Moon I

Density 1691.92 g/cm³

Escape Velocity 1.171 km/s

Mass Dust 1.235e+22 kg

Mass Gas 53,147,000,000,000 kg

Orbit Period 7.5 days

Orbit Radius 792,984,000 km

Pressure Very low

Radius 1,202 km

Surface Gravity 0.569 m/s²

Temperature 124.39 K

Ryddinjorn IV

Planet Type Planet (Gas)

Density 1052.69 g/cm³

Eccentricity 0.035

Escape Velocity 28.724 km/s

Mass Dust 2.314e+26 kg

Mass Gas 3.751e+26 kg

Orbit Period 658.9 days

Orbit Radius 3.872 AU

Pressure 444.56 kPa

Radius 37,440 km

Surface Gravity 11.019 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon I

Density 648.21 g/cm³

Eccentricity 0.006

Escape Velocity 0.143 km/s

Mass Dust 3.615e+19 kg

Mass Gas 62,681,600 kg

Orbit Period 0.037 days

Orbit Radius 90,452,900 km

Pressure Very low

Radius 237 km

Surface Gravity 0.043 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon II

Density 761.64 g/cm³

Eccentricity 0.017

Escape Velocity 0.225 km/s

Mass Dust 1.313e+20 kg

Mass Gas 4,691,040,000 kg

Orbit Period 0.09 days

Orbit Radius 164,933,000 km

Pressure Very low

Radius 345 km

Surface Gravity 0.073 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon III

Density 843.05 g/cm³

Eccentricity 0.109

Escape Velocity 0.301 km/s

Mass Dust 2.959e+20 kg

Mass Gas 7,033,800,000 kg

Orbit Period 0.183 days

Orbit Radius 264,450,000 km

Pressure Very low

Radius 437 km

Surface Gravity 0.103 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon IV

Density 638.42 g/cm³

Eccentricity 0.036

Escape Velocity 0.137 km/s

Mass Dust 3.200e+19 kg

Mass Gas 175,773,000 kg

Orbit Period 0.267 days

Orbit Radius 340,669,000 km

Pressure Very low

Radius 229 km

Surface Gravity 0.041 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon V

Density 1012.36 g/cm³

Eccentricity 0.019

Escape Velocity 0.505 km/s

Mass Dust 1.280e+21 kg

Mass Gas 253,077,000,000 kg

Orbit Period 0.326 days

Orbit Radius 389,237,000 km

Pressure Very low

Radius 670 km

Surface Gravity 0.19 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon VI

Density 688.09 g/cm³

Eccentricity 0.03

Escape Velocity 0.169 km/s

Mass Dust 5.828e+19 kg

Mass Gas 1,310,880,000 kg

Orbit Period 0.38 days

Orbit Radius 430,826,000 km

Pressure Very low

Radius 272 km

Surface Gravity 0.052 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon VII

Density 1009.98 g/cm³

Eccentricity 0.007

Escape Velocity 0.501 km/s

Mass Dust 1.256e+21 kg

Mass Gas 355,351,000,000 kg

Orbit Period 0.489 days

Orbit Radius 509,843,000 km

Pressure Very low

Radius 666 km

Surface Gravity 0.188 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon VIII

Density 729.39 g/cm³

Eccentricity 0.001

Escape Velocity 0.199 km/s

Mass Dust 9.290e+19 kg

Mass Gas 2,994,020,000 kg

Orbit Period 0.641 days

Orbit Radius 611,253,000 km

Pressure Very low

Radius 312 km

Surface Gravity 0.064 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon IX

Density 1196.75 g/cm³

Escape Velocity 0.811 km/s

Mass Dust 4.880e+21 kg

Mass Gas 10,265,300,000,000 kg

Orbit Period 0.838 days

Orbit Radius 730,280,000 km

Pressure Very low

Radius 990 km

Surface Gravity 0.331 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon X

Density 1452.18 g/cm³

Eccentricity 0.136

Escape Velocity 1.403 km/s

Mass Dust 2.294e+22 kg

Mass Gas 61,796,900,000,000 kg

Orbit Period 1.7 days

Orbit Radius 0.008 AU

Pressure Very low

Radius 1,555 km

Surface Gravity 0.631 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon XI

Density 1085.05 g/cm³

Eccentricity 0.006

Escape Velocity 0.614 km/s

Mass Dust 2.228e+21 kg

Mass Gas 1,411,860,000,000 kg

Orbit Period 3.5 days

Orbit Radius 0.013 AU

Pressure Very low

Radius 788 km

Surface Gravity 0.239 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon XII

Density 1666.62 g/cm³

Eccentricity 0.045

Escape Velocity 2.073 km/s

Mass Dust 6.903e+22 kg

Mass Gas 572,534,000,000,000 kg

Orbit Period 6.9 days

Orbit Radius 0.020 AU

Pressure Very low

Radius 2,144 km

Surface Gravity 0.999 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon XIII

Density 1289.9 g/cm³

Eccentricity 0.016

Escape Velocity 1.003 km/s

Mass Dust 8.888e+21 kg

Mass Gas 5,252,650,000,000 kg

Orbit Period 12.7 days

Orbit Radius 0.030 AU

Pressure Very low

Radius 1,179 km

Surface Gravity 0.425 m/s²

Temperature 78.50 K

Ryddinjorn IV Moon XIV

Density 988.78 g/cm³

Eccentricity 0.03

Escape Velocity 0.472 km/s

Mass Dust 1.060e+21 kg

Mass Gas 141,450,000,000 kg

Orbit Period 20 days

Orbit Radius 0.040 AU

Pressure Very low

Radius 634 km

Surface Gravity 0.175 m/s²

Temperature 78.50 K

Ryddinjorn V

Planet Type Planet (Barren)

Density 1835.41 g/cm³

Eccentricity 0.023

Escape Velocity 2.431 km/s

Mass Dust 1.063e+23 kg

Mass Gas 1.052e+15 kg

Orbit Period 1114.8 days

Orbit Radius 5.497 AU

Pressure Very low

Radius 2,400 km

Surface Gravity 1.232 m/s²

Temperature 265.35 K

Ryddinjorn V Moon I

Density 500.59 g/cm³

Escape Velocity 0.087 km/s

Mass Dust 9.219e+18 kg

Mass Gas 30,932,900 kg

Orbit Period 9.2 days

Orbit Radius 214,344,000 km

Pressure Very low

Radius 164 km

Surface Gravity 0.023 m/s²

Temperature 65.88 K

Ryddinjorn V Moon II

Density 748.95 g/cm³

Escape Velocity 0.271 km/s

Mass Dust 2.315e+20 kg

Mass Gas 22,559,200,000 kg

Orbit Period 64.8 days

Orbit Radius 786,875,000 km

Pressure Very low

Radius 419 km

Surface Gravity 0.088 m/s²

Temperature 65.88 K

Ryddinjorn VI

Planet Type Planet (Gas)

Density 2142.78 g/cm³

Eccentricity 0.003

Escape Velocity 18.816 km/s

Mass Dust 4.559e+25 kg

Mass Gas 3.722e+25 kg

Orbit Period 1917.1 days

Orbit Radius 7.890 AU

Pressure 105.05 kPa

Radius 17,190 km

Surface Gravity 10.298 m/s²

Temperature 54.99 K

Ryddinjorn VI Moon I

Density 432.1 g/cm³

Eccentricity 0.036

Escape Velocity 0.073 km/s

Mass Dust 5.854e+18 kg

Mass Gas 6,288,920 kg

Orbit Period 0.14 days

Orbit Radius 104,820,000 km

Pressure Very low

Radius 148 km

Surface Gravity 0.018 m/s²

Temperature 54.99 K

Ryddinjorn VI Moon II

Density 620.75 g/cm³

Eccentricity 0.007

Escape Velocity 0.203 km/s

Mass Dust 1.062e+20 kg

Mass Gas 1,670,690,000 kg

Orbit Period 0.304 days

Orbit Radius 175,870,000 km

Pressure Very low

Radius 344 km

Surface Gravity 0.06 m/s²

Temperature 54.99 K

Ryddinjorn VI Moon III

Density 823.22 g/cm³

Eccentricity 0.022

Escape Velocity 0.452 km/s

Mass Dust 1.016e+21 kg

Mass Gas 76,597,200,000 kg

Orbit Period 1.2 days

Orbit Radius 433,694,000 km

Pressure Very low

Radius 665 km

Surface Gravity 0.153 m/s²

Temperature 54.99 K

Ryddinjorn VI Moon IV

Density 992.03 g/cm³

Eccentricity 0.036

Escape Velocity 0.766 km/s

Mass Dust 4.518e+21 kg

Mass Gas 2,847,830,000,000 kg

Orbit Period 3.7 days

Orbit Radius 936,263,000 km

Pressure Very low

Radius 1,027 km

Surface Gravity 0.285 m/s²

Temperature 54.99 K

Ryddinjorn VI Moon V

Density 1316.57 g/cm³

Escape Velocity 1.708 km/s

Mass Dust 4.348e+22 kg

Mass Gas 82,035,600,000,000 kg

Orbit Period 10.5 days

Orbit Radius 0.012 AU

Pressure Very low

Radius 1,989 km

Surface Gravity 0.732 m/s²

Temperature 54.99 K

Ryddinjorn VI Moon VI

Density 1174.09 g/cm³

Eccentricity 0.01

Escape Velocity 1.235 km/s

Mass Dust 1.739e+22 kg

Mass Gas 38,814,900,000,000 kg

Orbit Period 40.4 days

Orbit Radius 0.031 AU

Pressure Very low

Radius 1,522 km

Surface Gravity 0.5 m/s²

Temperature 54.99 K

Ryddinjorn VII

Planet Type Planet (Gas)

Density 1589.03 g/cm³

Eccentricity 0.007

Escape Velocity 34.723 km/s

Mass Dust 3.324e+26 kg

Mass Gas 2.871e+26 kg

Orbit Period 4366 days

Orbit Radius 13.658 AU

Pressure 275.76 kPa

Radius 36,790 km

Surface Gravity 16.341 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon I

Density 401.59 g/cm³

Eccentricity 0.004

Escape Velocity 0.085 km/s

Mass Dust 9.764e+18 kg

Mass Gas 29,626,200 kg

Orbit Period 0.082 days

Orbit Radius 141,414,000 km

Pressure Very low

Radius 180 km

Surface Gravity 0.02 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon II

Density 437.55 g/cm³

Eccentricity 0.023

Escape Velocity 0.109 km/s

Mass Dust 1.939e+19 kg

Mass Gas 133,544,000 kg

Orbit Period 0.175 days

Orbit Radius 234,438,000 km

Pressure Very low

Radius 219 km

Surface Gravity 0.027 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon III

Density 464.47 g/cm³

Eccentricity 0.013

Escape Velocity 0.129 km/s

Mass Dust 3.126e+19 kg

Mass Gas 126,350,000 kg

Orbit Period 0.215 days

Orbit Radius 268,393,000 km

Pressure Very low

Radius 252 km

Surface Gravity 0.033 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon IV

Density 471.28 g/cm³

Eccentricity 0.016

Escape Velocity 0.134 km/s

Mass Dust 3.512e+19 kg

Mass Gas 44,054,100 kg

Orbit Period 0.279 days

Orbit Radius 319,926,000 km

Pressure Very low

Radius 261 km

Surface Gravity 0.034 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon V

Density 522.69 g/cm³

Eccentricity 0.02

Escape Velocity 0.180 km/s

Mass Dust 8.041e+19 kg

Mass Gas 1,763,270,000 kg

Orbit Period 0.31 days

Orbit Radius 343,139,000 km

Pressure Very low

Radius 332 km

Surface Gravity 0.049 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon VI

Density 583.11 g/cm³

Eccentricity 0.071

Escape Velocity 0.245 km/s

Mass Dust 1.929e+20 kg

Mass Gas 7,944,540,000 kg

Orbit Period 0.413 days

Orbit Radius 415,418,000 km

Pressure Very low

Radius 429 km

Surface Gravity 0.07 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon VII

Density 653.73 g/cm³

Eccentricity 0.01

Escape Velocity 0.339 km/s

Mass Dust 4.814e+20 kg

Mass Gas 77,367,400,000 kg

Orbit Period 0.658 days

Orbit Radius 566,047,000 km

Pressure Very low

Radius 560 km

Surface Gravity 0.102 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon VIII

Density 610.46 g/cm³

Eccentricity 0.002

Escape Velocity 0.279 km/s

Mass Dust 2.784e+20 kg

Mass Gas 16,315,100,000 kg

Orbit Period 0.899 days

Orbit Radius 697,201,000 km

Pressure Very low

Radius 477 km

Surface Gravity 0.081 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon IX

Density 384.55 g/cm³

Escape Velocity 0.075 km/s

Mass Dust 6.902e+18 kg

Mass Gas 19,042,400 kg

Orbit Period 1.1 days

Orbit Radius 787,224,000 km

Pressure Very low

Radius 162 km

Surface Gravity 0.017 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon X

Density 521.25 g/cm³

Eccentricity 0.02

Escape Velocity 0.178 km/s

Mass Dust 7.865e+19 kg

Mass Gas 959,337,000 kg

Orbit Period 1.2 days

Orbit Radius 833,422,000 km

Pressure Very low

Radius 330 km

Surface Gravity 0.048 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XI

Density 836.55 g/cm³

Eccentricity 0.002

Escape Velocity 0.681 km/s

Mass Dust 3.462e+21 kg

Mass Gas 1,538,180,000,000 kg

Orbit Period 1.3 days

Orbit Radius 896,006,000 km

Pressure Very low

Radius 995 km

Surface Gravity 0.233 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XII

Density 956.61 g/cm³

Eccentricity 0.032

Escape Velocity 0.996 km/s

Mass Dust 1.012e+22 kg

Mass Gas 11,901,400,000,000 kg

Orbit Period 2.3 days

Orbit Radius 0.009 AU

Pressure Very low

Radius 1,361 km

Surface Gravity 0.364 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XIII

Density 856.13 g/cm³

Eccentricity 0.011

Escape Velocity 0.728 km/s

Mass Dust 4.165e+21 kg

Mass Gas 2,142,070,000,000 kg

Orbit Period 3.5 days

Orbit Radius 0.012 AU

Pressure Very low

Radius 1,050 km

Surface Gravity 0.251 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XIV

Density 655.16 g/cm³

Eccentricity 0.005

Escape Velocity 0.341 km/s

Mass Dust 4.899e+20 kg

Mass Gas 39,816,100,000 kg

Orbit Period 5.7 days

Orbit Radius 0.016 AU

Pressure Very low

Radius 563 km

Surface Gravity 0.103 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XV

Density 1212.33 g/cm³

Eccentricity 0.002

Escape Velocity 1.949 km/s

Mass Dust 6.735e+22 kg

Mass Gas 17,932,900,000,000 kg

Orbit Period 6.4 days

Orbit Radius 0.017 AU

Pressure Very low

Radius 2,365 km

Surface Gravity 0.801 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XVI

Density 588.66 g/cm³

Eccentricity 0.006

Escape Velocity 0.252 km/s

Mass Dust 2.081e+20 kg

Mass Gas 14,457,300,000 kg

Orbit Period 7.5 days

Orbit Radius 0.019 AU

Pressure Very low

Radius 438 km

Surface Gravity 0.072 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XVII

Density 1200.39 g/cm³

Eccentricity 0.023

Escape Velocity 1.896 km/s

Mass Dust 6.222e+22 kg

Mass Gas 252,655,000,000,000 kg

Orbit Period 12.8 days

Orbit Radius 0.027 AU

Pressure Very low

Radius 2,311 km

Surface Gravity 0.775 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XVIII

Density 1342.8 g/cm³

Eccentricity 0.002

Escape Velocity 2.604 km/s

Mass Dust 1.526e+23 kg

Mass Gas 3.019e+15 kg

Orbit Period 19 days

Orbit Radius 0.036 AU

Pressure Very low

Radius 3,002 km

Surface Gravity 1.127 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XIX

Density 1175.82 g/cm³

Escape Velocity 1.788 km/s

Mass Dust 5.273e+22 kg

Mass Gas 282,098,000,000,000 kg

Orbit Period 26.9 days

Orbit Radius 0.045 AU

Pressure Very low

Radius 2,202 km

Surface Gravity 0.724 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XX

Density 1282.91 g/cm³

Eccentricity 0.064

Escape Velocity 2.288 km/s

Mass Dust 1.059e+23 kg

Mass Gas 3.432e+15 kg

Orbit Period 40.7 days

Orbit Radius 0.059 AU

Pressure Very low

Radius 2,699 km

Surface Gravity 0.968 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XXI

Density 1303.68 g/cm³

Eccentricity 0.026

Escape Velocity 2.395 km/s

Mass Dust 1.204e+23 kg

Mass Gas 2.273e+15 kg

Orbit Period 61.5 days

Orbit Radius 0.078 AU

Pressure Very low

Radius 2,802 km

Surface Gravity 1.021 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XXII

Density 1163.64 g/cm³

Escape Velocity 1.736 km/s

Mass Dust 4.852e+22 kg

Mass Gas 184,198,000,000,000 kg

Orbit Period 71.7 days

Orbit Radius 0.086 AU

Pressure Very low

Radius 2,149 km

Surface Gravity 0.699 m/s²

Temperature 41.80 K

Ryddinjorn VII Moon XXIII

Density 729.64 g/cm³

Escape Velocity 0.463 km/s

Mass Dust 1.159e+21 kg

Mass Gas 253,332,000,000 kg

Orbit Period 123.7 days

Orbit Radius 0.124 AU

Pressure Very low

Radius 723 km

Surface Gravity 0.147 m/s²

Temperature 41.80 K