Astronomy
The Bionia Zone
DISCLAIMER: This page is severly lacking data. Mapping the stars of the Bionia Zone is a long and arduous task.
The Bionia Zone is the star system of Ybis, the centre-point planet of Orīrī.
Suns
Theies
A-type main sequence star (Main-sequence luminosity: 14.747x solar luminosity)
Cren
G-type main sequence star (Main-sequence luminosity: 1.470x solar luminosity)
Desolace
M-type main sequence star (Main-sequence luminosity: 0.01x solar luminosity)
Desolace is rarely seen from Ybis - or any planet. It is caught in the orbit of Cren and Theies, commonly mistaken for a shooting star thanks to its wide orbit slightly outside the Goldilocks zone. Desolace does not give off enough heat or energy to impact the nearby planets, though it is speculated that it gives off enough light to sneak under the sky islands of Ybis.
Desolace actually contributes to Aturs' orbital pull, affecting Ybis' orbit around the suns. When Ybis is pulled away from Cren and Theies, it is toward Aturs and Desolace. Desolace is also what helps Ybis break orbit, as the planet trails after the sun until it becomes caught again in Cren and Theies' twin orbits.
Navir
Name: Navir
Equatorial Radius (Km):
Type:
Orbit Radius (AUs):
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg):
Mean Density (Kg/m^3):
Surface Gravity (m/s^2):
Escape Velocity (Km/s):
Standing Water (%):
Water Vapor (%):
Climate (C):
Min:
Max:
Average:
Geological Activity:
High Radiation Levels:
Meteor Storms:
Rings:
Atmosphere:
Composition:
Life:
Traveller Profile:
Mass: 1.5x the size of Earth
Distance from star: 0.8 AU☉ (NaN AU)
Temperature: tepid (~310K, ~40C)
Composition: Primarily rocky, with a density of 1.0x that of the Earth, or 5.5 g/cm^3
Atmosphere: medium, nitrogen, water vapor, carbon dioxide, moderate greenhouse effect
Surface liquid: water (3% coverage)
Geologically active: yes
Life: none
Radius: 1.14 Earth radii (7293 km)
Surface gravity: 1.14 g
Rings: No
Traveller profile: Navir xxyy q9A9pgl-t b tc tc z
Habitability results: HABITABLE (...the lack of oxygen isn't all that important)
Other scan information: Scans indicate the presence of a very thick, silicate mantle. Occasionally, volcanoes spew out molten rock, which cools and keeps the surface of the planet fresh and relatively devoid of craters. The planet has several large continents, separated by large seas of water. This world has a medium atmosphere composed of mostly nitrogen, and the oceans maintain a stable water cycle in the atmosphere, creating clouds and rain. The planet's atmosphere traps incoming heat from the sun, warming up the planet to a tepid 40C. This planet has simple life on its surface, which is based on water.
Jaoclar
Name:
Equatorial Radius (Km):
Type:
Orbit Radius (AUs):
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg):
Mean Density (Kg/m^3): 3900
Surface Gravity (m/s^2):
Escape Velocity (Km/s):
Standing Water (%):
Water Vapor (%):
Climate (C):
Min:
Max:
Average:
Geological Activity:
High Radiation Levels:
Meteor Storms:
Rings:
Atmosphere:
Composition:
Life:
Traveller Profile:
Mass: 0.4x the size of Earth
Distance from star: 1.0 AU☉ (1.81 AU)
Temperature: sturtian (~250K, ~-20C)
Composition: Primarily rocky, with a density of 0.7x that of the Earth, or 3.9 g/cm^3
Atmosphere: very thin, nitrogen, negligible greenhouse effect
Surface liquid: none
Geologically active: no
Life: none, Primary system
Radius: 0.83 Earth radii (5287 km)
Surface gravity: 0.58 g
Rings: Yes
Traveller profile: Lobur xxyy q610pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that this planet is primarily made of silicate rocks, with a possible iron core. The surface is covered with numerous craters and basins, formed from impacts by comets or other space debris. This planet has a very thin atmosphere mainly made up of nitrogen. The planet's atmosphere has a negligible effect on its average temperature, which sits at a sturtian -20C. Also, this planet has rings, which were created as an asteroid or comet got too close to the planet and got torn apart by tidal forces. I bet they look rather beautiful from the surface, but it will make navigating around the planet rather annoying.
Nuquas (Jaoclar I)
Name: Nuquas
Equatorial Radius (Km): 566.0
Type: BARREN
Orbit Radius (AUs): 0.0024
Orbit Start Angle (Degrees): 90.000
Orbit Inclination (Degrees): 0.120
Orbit Speed (Km/s): 0.970
Orbit Eccentricity: 0.000
Day and Night cycle (Hours): 708.000
Mass (10^24 Kg): 0.004
Mean Density (Kg/m^3): 3900
Surface Gravity (m/s^2): 0.090
Escape Velocity (Km/s): 2.400
Standing Water (%): 0.0
Water Vapor (%): 0.0
Climate (C):
Min: 438.0
Max: 482.0
Average: 453
Geological Activity: None
High Radiation Levels: No
Meteor Storms: None
Rings: None
Atmosphere: None
Composition: Primarily metallic, with a density of 1.0x that of the Earth, or 5.5 g/cm^3
Life: None
Traveller Profile: Nuquas xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that the planet contains a very large amount of iron and other metallic elements, and would be a prime site for mining. There are many craters on the surface, which were created by impacts with comets or asteroids. This planet has no atmosphere. The planet's average temperature sits at a sturtian -20C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat.
Nude (Jaoclar II)
Name:
Equatorial Radius (Km):
Type:
Orbit Radius (AUs):
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg):
Mean Density (Kg/m^3): 3900
Surface Gravity (m/s^2):
Escape Velocity (Km/s):
Standing Water (%):
Water Vapor (%):
Climate (C):
Min:
Max:
Average:
Geological Activity:
High Radiation Levels:
Meteor Storms:
Rings:
Atmosphere:
Composition:
Life:
Traveller Profile:
Satellite Planet.
Mass: 0.0003x the size of Earth
Distance from star: 1.2 AU☉ (1.43 AU)
Temperature: sturtian (~250K, ~-20C)
Composition: Primarily rocky, with a density of 0.7x that of the Earth, or 3.9 g/cm^3
Atmosphere: none
Surface liquid: none
Geologically active: no
Life: none
Orbits: Jaoclar
Radius: 0.08 Earth radii (480 km)
Surface gravity: 0.05 g
Rings: No
Traveller profile: Nude xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans indicate the presence of a very thick, silicate mantle. The surface is covered with numerous craters and basins, formed from impacts by comets or other space debris. This planet has no atmosphere. The planet's average temperature sits at a sturtian -20C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat.
Ybis
Name: Ybis
Equatorial Radius (Km): 25612
Type: EARTHLIKE
Orbit Radius (AUs): 1.3
Orbit Start Angle (Degrees): 90.000
Orbit Inclination (Degrees): 0.0
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours): 36
Mass (10^24 Kg): 20.902 (3.5x Earth)
Mean Density (Kg/m^3): 5500
Surface Gravity (m/s^2): 9.80665
Escape Velocity (Km/s): 10.437
Standing Water (%): 70
Water Vapor (%): 0.4%
Climate (C):
Min: -40
Max: 40
Average: 20
Geological Activity: yes
High Radiation Levels: no
Meteor Storms: no
Rings: no
Atmosphere: medium, nitrogen, water vapor, carbon dioxide, moderate greenhouse effect
Composition: Primarily rocky, with a density of 1.0x that of the Earth, or 5.5 g/cm^3
Life: advanced sapient life
Traveller Profile: (unknown)
Habitability results: HABITABLE
Other scan information: Scans indicate the presence of sapient life. Life is teaming across this vast SuperEarth, nurtured by a sea of red flora. The planet has a few continents, separated by a large sea of water. Ybis has a medium atmosphere of mostly oxygen, and a stable water cycle, creating clouds and rain. Ybis also has three moons: Donono, Cyrana, Gildor and Xamar. Xamar is a moon-moon of Donono. Donono, Gildor and Cyrana all classify as satellite planets.
Ybis3
Donono
Name: Donono
Equatorial Radius (Km): 979
Type: Moon
Orbit Radius (AUs): 0.97
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.017319351
Mean Density (Kg/m^3): 4400
Surface Gravity (m/s^2): 1.1767979999999998
Escape Velocity (Km/s):
Standing Water (%): 20%
Water Vapor (%): 0.02
Climate (C):
Min: -40
Max: 0
Average: -20
Geological Activity: no
High Radiation Levels: yes
Meteor Storms:
Rings: Yes
Atmosphere: very thin, nitrogen, negligible greenhouse effect
Composition: Primarily rocky, with a density of 0.8x that of the Earth, or 4.4 g/cm^3
Life: none
Traveller Profile: Tumartart xxyy q110pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that this planet is primarily made of silicate rocks, with a possible iron core. This planet has several large impact craters. And many smaller ones. This planet has a very thin atmosphere mainly made up of nitrogen. The planet's atmosphere has a negligible effect on its average temperature, which sits at a sturtian -20C. Additionally, this planet has a ring system, a remnant of an asteroid or small moon that wandered too close to it and got torn apart by tidal forces. I bet it looks gorgeous from the surface, but it sure will make navigating around the planet a pain.
Xamar
Name: Xamar
Equatorial Radius (Km): 413
Type: Moon Moon (orbits Donono)
Orbit Radius (AUs): 1.01
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.001791657
Mean Density (Kg/m^3): 6100
Surface Gravity (m/s^2): 0.6864655000000001
Escape Velocity (Km/s):
Standing Water (%):
Water Vapor (%):
Climate (C):
Min: -10
Max: 20
Average: 10
Geological Activity: no
High Radiation Levels:
Meteor Storms:
Rings: No
Atmosphere: none
Composition: Primarily rocky, with a density of 1.1x that of the Earth, or 6.1 g/cm^3
Life: none
Traveller Profile: Blonas xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans indicate the presence of a very thick, silicate mantle. The surface is covered with numerous craters and basins, formed from impacts by comets or other space debris. This planet has no atmosphere. The planet's average temperature sits at a temperate 10C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This is a moon of another planet, and is tidally locked to the planet which it orbits.
Cyrana
Name: Cyrana
Equatorial Radius (Km): 254
Type: Moon
Orbit Radius (AUs): 1.08
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours): 708
Mass (10^24 Kg): 0.00041804
Mean Density (Kg/m^3): 6100
Surface Gravity (m/s^2): 0.392266
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.0003
Climate (C):
Min: -40
Max: 0
Average: -20
Geological Activity: no
High Radiation Levels: no
Meteor Storms: no
Rings: No
Atmosphere: none
Composition: Primarily rocky, with a density of 1.1x that of the Earth, or 6.1 g/cm^3
Life: none
Traveller Profile: Pamern xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans indicate the presence of a very thick, silicate mantle. This planet has several large impact craters. And many smaller ones. This planet has no atmosphere. The planet's average temperature sits at a sturtian -20C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This is a moon of another planet, and is tidally locked to the planet which it orbits.
Gildor
Name: Gildor
Equatorial Radius (Km): 326
Type: Moon
Orbit Radius (AUs): 1.08
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours): 600
Mass (10^24 Kg): 0.00071664
Mean Density (Kg/m^3): 5000
Surface Gravity (m/s^2): 0.4903325
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.012
Climate (C):
Min: -40
Max: 0
Average: -20
Geological Activity: no
High Radiation Levels: none
Meteor Storms: no
Rings: no
Atmosphere: none
Composition: Primarily rocky, with a density of 0.9x that of the Earth, or 5.0 g/cm^3
Life: none
Traveller Profile: Tartophila xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that this planet is primarily made of silicate rocks, with a possible iron core. The surface is covered with numerous craters and basins, formed from impacts by comets or other space debris. This planet has no atmosphere. The planet's average temperature sits at a sturtian -20C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This satellite planet is tidally locked to the planet it orbits.
Aturs
Name: Aturs
Equatorial Radius (Km): 25612
Type: Gas Giant
Orbit Radius (AUs): 2
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours): 765
Mass (10^24 Kg): 77.636
Mean Density (Kg/m^3): 1100
Surface Gravity (m/s^2): 7.84532
Escape Velocity (Km/s):
Standing Water (%):
Water Vapor (%):
Climate (C):
Min: -200
Max: 0
Average: -100
Geological Activity: none
High Radiation Levels: yes
Meteor Storms: no
Rings: Yes
Atmosphere: none
Composition: A gas giant with a density of 0.2x that of the Earth, or 1.1 g/cm^3
Life: none
Traveller Profile: Aturs xxyy qFA0pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: This planet is a stormy gas giant, with no landable surface. (I mean, if you REALLY wanted to, you could try landing here, but neither you nor your ship would survive.) Instead, you might want to check out any satellites that may exist orbiting this planet. Additionally, this planet has a ring system, a remnant of an asteroid or small moon that wandered too close to it and got torn apart by tidal forces.
Igakernot (Aturs I)
Name: Igakernot
Equatorial Radius (Km): 729
Type: Moon
Orbit Radius (AUs): 2
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours): 950
Mass (10^24 Kg): 0.008958
Mean Density (Kg/m^3): 5500
Surface Gravity (m/s^2): 1.0787315
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.0006
Climate (C):
Min: -200
Max: 0
Average: -100
Geological Activity: no
High Radiation Levels: no
Meteor Storms: no
Rings: no
Atmosphere: none
Composition: Primarily rocky, with a density of 1.0x that of the Earth, or 5.5 g/cm^3
Life: none
Traveller Profile: Igakernot xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that this planet is primarily made of silicate rocks, with a possible iron core. The surface is covered with numerous craters and basins, formed from impacts by comets or other space debris. This planet has no atmosphere. The planet's average temperature sits at a cool -100C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This satellite planet is tidally locked to the planet it orbits, meaning one side has a much cooler view of the night sky than the other side.
Dihone (Aturs II)
Name: Dihone
Equatorial Radius (Km): 586
Type:
Orbit Radius (AUs): 2
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours): 824
Mass (10^24 Kg):
Mean Density (Kg/m^3): 5000
Surface Gravity (m/s^2): 0.784532
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.06
Climate (C):
Min: -200
Max: 0
Average: -100
Geological Activity: no
High Radiation Levels: yes
Meteor Storms: no
Rings: no
Atmosphere: none
Composition: Primarily rocky, with a density of 0.9x that of the Earth, or 5.0 g/cm^3
Life: none
Traveller Profile: Dihone xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that this planet is primarily made of silicate rocks, with a possible iron core. The surface is covered with numerous craters and basins, formed from impacts by comets or other space debris. This planet has no atmosphere. The planet's average temperature sits at a cool -100C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This satellite planet is tidally locked to the planet it orbits, meaning one side has a much cooler view of the night sky than the other side.
Rhatrat
Name: Rhatrat
Equatorial Radius (Km): 31850
Type: Gas Giant
Orbit Radius (AUs): 3.2
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 149.3
Mean Density (Kg/m^3): 1100
Surface Gravity (m/s^2): 9.80665
Escape Velocity (Km/s):
Standing Water (%):
Water Vapor (%):
Climate (C):
Min: -180
Max: -60
Average: -120
Geological Activity: no
High Radiation Levels: Yes
Meteor Storms: no
Rings: Yes
Atmosphere: none
Composition: A gas giant with a density of 0.2x that of the Earth, or 1.1 g/cm^3
Life: none
Traveller Profile: Rhatrat xxyy qFA0pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: This planet is a gas giant without an accessible surface layer. (Theres probably a surface down there SOMEWHERE, but its not like its safe.) Instead, you might want to check out any of this planets satellite planets, if they exist. Also, this planet has rings, which were created as an asteroid or comet got too close to the planet and got torn apart by tidal forces.
Glarmurt (Rhatrat I)
Name: Glarmurt
Equatorial Radius (Km): 2051
Type: Moon
Orbit Radius (AUs): 3
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.05972
Mean Density (Kg/m^3): 1700
Surface Gravity (m/s^2): 0.980665
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.00006
Climate (C):
Min: -180
Max: -60
Average: -120
Geological Activity: none
High Radiation Levels: none
Meteor Storms: yes
Rings: no
Atmosphere: very thin, nitrogen, negligible greenhouse effect
Composition: Primarily icy, with a density of 0.3x that of the Earth, or 1.7 g/cm^3
Life: none
Traveller Profile: Glarmurt xxyy q210pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the planet is mainly made of ice, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This planet has a very thin atmosphere mainly made up of nitrogen. The planet's atmosphere has a negligible effect on its average temperature, which sits at a chilly -120C. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone. This is a moon of another planet, and is tidally locked to the planet which it orbits, meaning one side has a much cooler view of the night sky than the other side.
Ervat (Rhatrat II)
Name: Ervat
Equatorial Radius (Km): 254
Type: Moon
Orbit Radius (AUs): 3.1
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.00041804
Mean Density (Kg/m^3): 6100
Surface Gravity (m/s^2): 0.392266
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.00009
Climate (C):
Min: -180
Max: -60
Average: -120
Geological Activity: no
High Radiation Levels: none
Meteor Storms: no
Rings: no
Atmosphere: none
Composition: Primarily rocky, with a density of 1.1x that of the Earth, or 6.1 g/cm^3
Life: none
Traveller Profile: Ervat xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that this planet is primarily made of silicate rocks, with a possible iron core. The surface is covered with numerous craters and basins, formed from impacts by comets or other space debris. This planet has no atmosphere. The planet's average temperature sits at a chilly -120C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This satellite planet is tidally locked to the planet it orbits, meaning one side always faces the parent planet, and one side always faces away from it.
Dinifes (Rhatrat III)
Name: Dinifes
Equatorial Radius (Km): 1479
Type:
Orbit Radius (AUs): 3.2
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.08958
Mean Density (Kg/m^3): 6600
Surface Gravity (m/s^2):
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.0009
Climate (C):
Min: -240
Max: 0
Average: -120
Geological Activity: no
High Radiation Levels:
Meteor Storms:
Rings:
Atmosphere: none
Composition: Primarily metallic, with a density of 1.2x that of the Earth, or 6.6 g/cm^3
Life: none
Traveller Profile: Dinifes xxyy q100pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that the interior of the planet is very rich in metals. There are many craters on the surface, which were created by impacts with comets or asteroids. This planet has no atmosphere. The planet's average temperature sits at a chilly -120C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This is a moon of another planet, and is tidally locked to the planet which it orbits, meaning one side always faces the parent planet, and one side always faces away from it.
Mojar (Rhatrat IV)
Name: Mojar
Equatorial Radius (Km): 1373
Type: Satellite Planet
Orbit Radius (AUs): 3.3
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.02986095
Mean Density (Kg/m^3): 2800
Surface Gravity (m/s^2): 1.0787315
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.15
Climate (C):
Min: -240
Max: 0
Average: -120
Geological Activity: yes
High Radiation Levels: no
Meteor Storms: no
Rings: none
Atmosphere: none
Composition: Primarily icy, with a density of 0.5x that of the Earth, or 2.8 g/cm^3
Life: unicellular water-based (subglacial)
Traveller Profile: Mojar xxyy q100pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the surface is cold and icy, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This planet has no atmosphere. The planet's average temperature sits at a chilly -120C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone. This satellite planet is tidally locked to the planet it orbits, meaning one side has a much cooler view of the night sky than the other side.
Ladat (Rhatrat V)
Name: Ladat
Equatorial Radius (Km): 2957
Type: Satellite planet
Orbit Radius (AUs): 3.4
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.1791657
Mean Density (Kg/m^3): 1700
Surface Gravity (m/s^2): 1.3729310000000001
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.04
Climate (C):
Min: -240
Max: 0
Average: -120
Geological Activity: yes
High Radiation Levels: no
Meteor Storms: no
Rings: no
Atmosphere: very thin, carbon dioxide, negligible greenhouse effect
Composition: Primarily icy, with a density of 0.3x that of the Earth, or 1.7 g/cm^3
Life: unicellular water-based (subglacial)
Traveller Profile: Ladat xxyy q310pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the surface is cold and icy, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This world posesses a very thin atmosphere primarily made of gaseous carbon dioxide. The planet's atmosphere has a negligible effect on its average temperature, which sits at a chilly -120C. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone. This satellite planet is tidally locked to the planet it orbits, meaning one side has a much cooler view of the night sky than the other side.
Glosio (Rhatrat VI)
Name: Glosio
Equatorial Radius (Km): 3726
Type: satellite planet
Orbit Radius (AUs): 4
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.4777752
Mean Density (Kg/m^3): 2200
Surface Gravity (m/s^2): 2.2555295
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.12
Climate (C):
Min: -300
Max: 0
Average: -150
Geological Activity: yes
High Radiation Levels: yes
Meteor Storms: no
Rings: no
Atmosphere: very thin, carbon dioxide, negligible greenhouse effect
Composition:
Life: unicellular water-based (subglacial)
Traveller Profile: Glosio xxyy q410pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the planet is mainly made of ice. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This world posesses a very thin atmosphere primarily made of gaseous carbon dioxide. The planet's atmosphere has a negligible effect on its average temperature, which sits at a chilly -120C. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone. This is a moon of another planet, and is tidally locked to the planet which it orbits, meaning one side has a much cooler view of the night sky than the other side.
Neon
Name: Neon
Equatorial Radius (Km): 8450
Type: Frozen
Orbit Radius (AUs): 5.5
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 4.180533
Mean Density (Kg/m^3): 1700
Surface Gravity (m/s^2): 3.92266
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.23
Climate (C):
Min: -300
Max: 0
Average: -150
Geological Activity: yes
High Radiation Levels: no
Meteor Storms: yes
Rings: no
Atmosphere: very thick, nitrogen, mild greenhouse effect
Composition: Primarily icy, with a density of 0.3x that of the Earth, or 1.7 g/cm^3
Life: unicellular water-based (subglacial)
Traveller Profile: Neon xxyy qAA0pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the planet is mainly made of ice. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This world has a very thick atmosphere composed of mostly nitrogen. The planet's atmosphere traps incoming heat from the sun, warming up the planet to a cold -150C. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone.
Gurste
Name: Gurste
Equatorial Radius (Km): 42641
Type: Gas Giant
Orbit Radius (AUs): 16
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 358.3314
Mean Density (Kg/m^3): 1100
Surface Gravity (m/s^2): 13.140911000000001
Escape Velocity (Km/s):
Standing Water (%):
Water Vapor (%):
Climate (C):
Min: -400
Max: 0
Average: -200
Geological Activity: no
High Radiation Levels: yes
Meteor Storms: no
Rings: yes
Atmosphere: no
Composition: A gas giant with a density of 0.2x that of the Earth, or 1.1 g/cm^3
Life: none
Traveller Profile: Gurste xxyy qFA0pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: This planet is a gas giant without an acccessible surface layer. (Theres probably a surface down there SOMEWHERE, but its not like its safe.) Instead, you might want to check out any of this planets satellite planets, if they exist. Also, this planet has rings, which were created as an asteroid or comet got too close to the planet and got torn apart by tidal forces.
Makat (Gurste I)
Name: Makat
Equatorial Radius (Km): 2957
Type: Frozen
Orbit Radius (AUs): 16
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.2388876
Mean Density (Kg/m^3): 2200
Surface Gravity (m/s^2): 1.8632635
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.006
Climate (C):
Min: -400
Max: 0
Average: -200
Geological Activity: yes
High Radiation Levels: no
Meteor Storms: no
Rings: no
Atmosphere: very thin, nitrogen, negligible greenhouse effect
Composition: Primarily icy, with a density of 0.4x that of the Earth, or 2.2 g/cm^3
Life: unicellular water-based (subglacial)
Traveller Profile: Makat xxyy q310pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the planet is mainly made of ice, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This planet has a very thin atmosphere mainly made up of nitrogen. The planet's atmosphere has a negligible effect on its average temperature, which sits at a freezing -200C. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone.
Diplar (Gurste II)
Name: Diplar
Equatorial Radius (Km): 1628
Type: Barren
Orbit Radius (AUs): 16
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.02986095
Mean Density (Kg/m^3): 1700
Surface Gravity (m/s^2): 0.784532
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.03
Climate (C):
Min: -400
Max: 0
Average: -200
Geological Activity: yes
High Radiation Levels: no
Meteor Storms: no
Rings: No
Atmosphere: very thin, nitrogen, negligible greenhouse effect
Composition: Primarily icy, with a density of 0.3x that of the Earth, or 1.7 g/cm^3
Life: unicellular water-based (subglacial)
Traveller Profile: Diplar xxyy q210pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the surface is cold and icy, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This planet has a very thin atmosphere mainly made up of nitrogen. The planet's atmosphere has a negligible effect on its average temperature, which sits at a freezing -200C. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone.
Blucluunit (Gurste III)
Name: Blucluunit
Equatorial Radius (Km): 2745
Type: Moon
Orbit Radius (AUs): 16
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.2388876
Mean Density (Kg/m^3): 2800
Surface Gravity (m/s^2): 2.157463
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.06
Climate (C):
Min: -400
Max: 0
Average: -200
Geological Activity: no
High Radiation Levels: no
Meteor Storms: no
Rings: no
Atmosphere: very thin, nitrogen, negligible greenhouse effect
Composition: Primarily icy, with a density of 0.5x that of the Earth, or 2.8 g/cm^3
Life: none
Traveller Profile: Blucluunit xxyy q310pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that the surface is cold and icy, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Craters dot the surface, which were formed when asteroids, comets, or meteoroids crashed into the planet. This planet has a very thin atmosphere mainly made up of nitrogen. The planet's atmosphere has a negligible effect on its average temperature, which sits at a freezing -200C.
Naret
Name: Naret
Equatorial Radius (Km): 462
Type: dwarf planet
Orbit Radius (AUs): 34
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.0034041483
Mean Density (Kg/m^3): 8300
Surface Gravity (m/s^2): 1.0787315
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.06
Climate (C):
Min: -280
Max: -160
Average: -220
Geological Activity:
High Radiation Levels:
Meteor Storms:
Rings: Yes
Atmosphere: none
Composition: Primarily metallic, with a density of 1.5x that of the Earth, or 8.3 g/cm^3
Life: none
Traveller Profile: Naret xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...if you're brave enough)
Other scan information: Scans show that the interior of the planet is very rich in metals. There are many craters on the surface, which were created by impacts with comets or asteroids. This planet has no atmosphere. The planet's average temperature sits at a frigid -220C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. Additionally, this planet has a ring system, a remnant of an asteroid or small moon that wandered too close to it and got torn apart by tidal forces. I bet it looks gorgeous from the surface, but it sure will make navigating around the planet a
Tralir
Name: Tralir
Equatorial Radius (Km): 919
Type: Dwarf Planet
Orbit Radius (AUs): 39
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.007166628
Mean Density (Kg/m^3): 2200
Surface Gravity (m/s^2): 0.5883989999999999
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.12
Climate (C):
Min: -320
Max: -120
Average: -220
Geological Activity: yes
High Radiation Levels: no
Meteor Storms: no
Rings: yes
Atmosphere: none
Composition: Primarily icy, with a density of 0.4x that of the Earth, or 2.2 g/cm^3
Life: unicellular water-based (subglacial)
Traveller Profile: Tralir xxyy q100pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the planet is mainly made of ice, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This planet has no atmosphere. The planet's average temperature sits at a frigid -220C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone. Additionally, this planet has a ring system, a remnant of an asteroid or small moon that wandered too close to it and got torn apart by tidal forces. I bet it looks gorgeous from the surface, but it sure will make navigating around the planet a pain.
Parrit (Tralir I)
Name: Parrit
Equatorial Radius (Km): 427
Type:
Orbit Radius (AUs): 39
Orbit Start Angle (Degrees):
Orbit Inclination (Degrees):
Orbit Speed (Km/s):
Orbit Eccentricity:
Day and Night cycle (Hours):
Mass (10^24 Kg): 0.0005374971
Mean Density (Kg/m^3): 1700
Surface Gravity (m/s^2): 0.196133
Escape Velocity (Km/s):
Standing Water (%): 0
Water Vapor (%): 0.4
Climate (C):
Min: -280
Max: -160
Average: -220
Geological Activity: yes
High Radiation Levels: yes
Meteor Storms: none
Rings: no
Atmosphere: none
Composition: Primarily icy, with a density of 0.3x that of the Earth, or 1.7 g/cm^3
Life: unicellular water-based (subglacial)
Traveller Profile: Parrit xxyy q000pgl-t b tc tc z
Habitability results: HABITABLE (...but it's kinda dark)
Other scan information: Scans show that the planet is mainly made of ice, with sediments of reddish-brown organic compounds having accumulated on the surface due to reactions with high-energy radiation from the star. Occasionally, cryovolcanoes spew out water and other ices, which cool and keep the surface of the planet fresh. Due to this, we know that an ocean of liquid water exists under the surface of the planet. This planet has no atmosphere. The planet's average temperature sits at a frigid -220C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet has simple life in its subsurface ocean, a biosphere powered by geothermal activity alone. This is a moon of another planet, and is tidally locked to the planet which it orbits.