SYSTEM AGE: 9.4
PRIMARY STAR(S):
Larlas - M-type main sequence star (Main-sequence luminosity: 0.000x solar luminosity)
 MAJOR PLANET - Lichos:
⠀⠀ Mass: 800x the size of Earth

⠀⠀ Distance from star: 0.1 AU☉ (0.00 AU)

⠀⠀ Temperature: veneran (~750K, ~480C)

⠀⠀ Composition: A gas giant with a density of 0.2x that of the Earth, or 1.1 g/cm^3

⠀⠀ Primary system

⠀⠀ Radius: 15.87 Earth radii (101105 km)

⠀⠀ Surface gravity: 3.17 g

⠀⠀ Rings: Yes

⠀⠀ Traveller profile: Lichos 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. (There`s probably a surface down there SOMEWHERE, but it`s not like it`s safe.) Instead, you might want to check out any of this planet`s 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.

 MAJOR PLANET - Schogi:
⠀⠀ Mass: 2.3x the size of Earth

⠀⠀ Distance from star: 1.4 AU☉ (0.03 AU)

⠀⠀ Temperature: temperate (~280K, ~10C)

⠀⠀ Composition: Primarily rocky, with a density of 1.0x that of the Earth, or 5.5 g/cm^3

⠀⠀ Atmosphere: thick, nitrogen, carbon dioxide, strong greenhouse effect

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: no

⠀⠀ Life: none

⠀⠀ Primary system

⠀⠀ Radius: 1.32 Earth radii (8410 km)

⠀⠀ Surface gravity: 1.32 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Schogi xxyy qAA0pgl-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 thick atmosphere mainly made up of nitrogen. The planet's atmosphere traps incoming heat from the sun, warming up the planet to a temperate 10C.

 MAJOR PLANET - Jitrit:
⠀⠀ Mass: 2.3x the size of Earth

⠀⠀ Distance from star: 2.9 AU☉ (0.06 AU)

⠀⠀ Temperature: chilly (~150K, ~-120C)

⠀⠀ Composition: Primarily rocky, with a density of 0.7x that of the Earth, or 3.9 g/cm^3

⠀⠀ Atmosphere: thick, nitrogen, moderate greenhouse effect

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: no

⠀⠀ Life: none

⠀⠀ Primary system

⠀⠀ Radius: 1.49 Earth radii (9471 km)

⠀⠀ Surface gravity: 1.04 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Jitrit xxyy qBA0pgl-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 a thick atmosphere mainly made up of nitrogen. The planet's atmosphere traps incoming heat from the sun, warming up the planet to a chilly -120C.

⠀⠀ SATELLITE PLANET - Shirmis (Jitrit I):
⠀⠀⠀⠀ Mass: 0.02x the size of Earth

⠀⠀⠀⠀ Distance from star: 2.9 AU☉ (0.06 AU)

⠀⠀⠀⠀ Temperature: chilly (~150K, ~-120C)

⠀⠀⠀⠀ Composition: Primarily rocky, with a density of 0.6x that of the Earth, or 3.3 g/cm^3

⠀⠀⠀⠀ Atmosphere: very thin, carbon dioxide, negligible greenhouse effect

⠀⠀⠀⠀ Surface liquid: none

⠀⠀⠀⠀ Geologically active: no

⠀⠀⠀⠀ Life: none

⠀⠀⠀⠀ Orbits: Jitrit

⠀⠀⠀⠀ Radius: 0.32 Earth radii (2051 km)

⠀⠀⠀⠀ Surface gravity: 0.19 g

⠀⠀⠀⠀ Rings: No

⠀⠀⠀⠀ Traveller profile: Shirmis xxyy q210pgl-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 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 is a moon of another planet, and is tidally locked to the planet which it orbits.

 DWARF PLANET - Shirlarn:
⠀⠀ Mass: 0.001x the size of Earth

⠀⠀ Distance from star: 5 AU☉ (0.10 AU)

⠀⠀ Temperature: cold (~120K, ~-150C)

⠀⠀ Composition: Primarily icy, with a density of 0.4x that of the Earth, or 2.2 g/cm^3

⠀⠀ Atmosphere: none

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: yes

⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀ Primary system

⠀⠀ Radius: 0.14 Earth radii (865 km)

⠀⠀ Surface gravity: 0.05 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Shirlarn 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. 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 cold -150C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet contains advanced life in its subsurface ocean, a biosphere powered by geothermal activity alone.

 DWARF PLANET - Sehot:
⠀⠀ Mass: 0.00047x the size of Earth

⠀⠀ Distance from star: 5 AU☉ (0.10 AU)

⠀⠀ Temperature: cold (~120K, ~-150C)

⠀⠀ Composition: Primarily icy, with a density of 0.3x that of the Earth, or 1.7 g/cm^3

⠀⠀ Atmosphere: none

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: yes

⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀ Primary system

⠀⠀ Radius: 0.12 Earth radii (740 km)

⠀⠀ Surface gravity: 0.03 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Sehot xxyy q000pgl-t b tc tc z

⠀⠀ Is a homeworld (demi-civilization)


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 planet has no atmosphere. The planet's average temperature sits at a cold -150C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet contains advanced life in its subsurface ocean, a biosphere powered by geothermal activity alone.

 DWARF PLANET - Plotistava:
⠀⠀ Mass: 0.0004x the size of Earth

⠀⠀ Distance from star: 5 AU☉ (0.10 AU)

⠀⠀ Temperature: cold (~120K, ~-150C)

⠀⠀ Composition: Primarily icy, with a density of 0.4x that of the Earth, or 2.2 g/cm^3

⠀⠀ Atmosphere: none

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: yes

⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀ Primary system

⠀⠀ Radius: 0.10 Earth radii (637 km)

⠀⠀ Surface gravity: 0.04 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Plotistava xxyy q000pgl-t b tc tc z

⠀⠀ Is a homeworld (demi-civilization)


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 cold -150C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet contains advanced life in its subsurface ocean, a biosphere powered by geothermal activity alone.

 DWARF PLANET - Patascis:
⠀⠀ Mass: 0.0008x the size of Earth

⠀⠀ Distance from star: 5 AU☉ (0.10 AU)

⠀⠀ Temperature: cold (~120K, ~-150C)

⠀⠀ Composition: Primarily icy, with a density of 0.4x that of the Earth, or 2.2 g/cm^3

⠀⠀ Atmosphere: none

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: yes

⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀ Primary system

⠀⠀ Radius: 0.13 Earth radii (803 km)

⠀⠀ Surface gravity: 0.05 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Patascis 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. 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 cold -150C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet contains advanced life in its subsurface ocean, a biosphere powered by geothermal activity alone.

⠀⠀ SATELLITE PLANET - Larcals (Patascis I):
⠀⠀⠀⠀ Mass: 0.00012x the size of Earth

⠀⠀⠀⠀ Distance from star: 5 AU☉ (0.10 AU)

⠀⠀⠀⠀ Temperature: cold (~120K, ~-150C)

⠀⠀⠀⠀ Composition: Primarily icy, with a density of 0.5x that of the Earth, or 2.8 g/cm^3

⠀⠀⠀⠀ Atmosphere: none

⠀⠀⠀⠀ Surface liquid: none

⠀⠀⠀⠀ Geologically active: yes

⠀⠀⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀⠀⠀ Orbits: Patascis

⠀⠀⠀⠀ Radius: 0.06 Earth radii (396 km)

⠀⠀⠀⠀ Surface gravity: 0.03 g

⠀⠀⠀⠀ Rings: No

⠀⠀⠀⠀ Traveller profile: Larcals 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 cold -150C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet contains advanced 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.

 MAJOR PLANET - Borcuglukin:
⠀⠀ Mass: 2.3x the size of Earth

⠀⠀ Distance from star: 12 AU☉ (0.25 AU)

⠀⠀ Temperature: frozen (~70K, ~-200C)

⠀⠀ Composition: Primarily icy, with a density of 0.3x that of the Earth, or 1.7 g/cm^3

⠀⠀ Atmosphere: medium, nitrogen, moderate greenhouse effect

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: yes

⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀ Primary system

⠀⠀ Radius: 1.97 Earth radii (12562 km)

⠀⠀ Surface gravity: 0.59 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Borcuglukin xxyy qFA0pgl-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 has a medium atmosphere composed of mostly nitrogen. The planet's atmosphere traps incoming heat from the sun, warming up the planet to a freezing -200C. This planet contains advanced life in its subsurface ocean, a biosphere powered by geothermal activity alone.

 MAJOR PLANET - Gliro:
⠀⠀ Mass: 0.06x the size of Earth

⠀⠀ Distance from star: 29 AU☉ (0.61 AU)

⠀⠀ Temperature: frigid (~50K, ~-220C)

⠀⠀ Composition: Primarily icy, with a density of 0.4x that of the Earth, or 2.2 g/cm^3

⠀⠀ Atmosphere: none

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: yes

⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀ Primary system

⠀⠀ Radius: 0.53 Earth radii (3385 km)

⠀⠀ Surface gravity: 0.21 g

⠀⠀ Rings: No

⠀⠀ Traveller profile: Gliro xxyy q400pgl-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 frigid -220C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. This planet contains advanced life in its subsurface ocean, a biosphere powered by geothermal activity alone.

⠀⠀ SATELLITE PLANET - Dirhe (Gliro I):
⠀⠀⠀⠀ Mass: 0.00012x the size of Earth

⠀⠀⠀⠀ Distance from star: 29 AU☉ (0.61 AU)

⠀⠀⠀⠀ Temperature: frigid (~50K, ~-220C)

⠀⠀⠀⠀ Composition: Primarily icy, with a density of 0.4x that of the Earth, or 2.2 g/cm^3

⠀⠀⠀⠀ Atmosphere: none

⠀⠀⠀⠀ Surface liquid: none

⠀⠀⠀⠀ Geologically active: yes

⠀⠀⠀⠀ Life: multicellular water-based (subglacial)

⠀⠀⠀⠀ Orbits: Gliro

⠀⠀⠀⠀ Radius: 0.07 Earth radii (427 km)

⠀⠀⠀⠀ Surface gravity: 0.03 g

⠀⠀⠀⠀ Rings: No

⠀⠀⠀⠀ Traveller profile: Dirhe xxyy q000pgl-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. 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 contains advanced life in its subsurface ocean, a biosphere powered by geothermal activity alone. This satellite planet is tidally locked to the planet it orbits.

 DWARF PLANET - Sebrurs:
⠀⠀ Mass: 0.00037x the size of Earth

⠀⠀ Distance from star: 46 AU☉ (0.97 AU)

⠀⠀ Temperature: frigid (~50K, ~-220C)

⠀⠀ Composition: Primarily rocky, with a density of 1.0x that of the Earth, or 5.5 g/cm^3

⠀⠀ Atmosphere: none

⠀⠀ Surface liquid: none

⠀⠀ Geologically active: no

⠀⠀ Life: none

⠀⠀ Primary system

⠀⠀ Radius: 0.07 Earth radii (457 km)

⠀⠀ Surface gravity: 0.07 g

⠀⠀ Rings: Yes

⠀⠀ Traveller profile: Sebrurs 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 frigid -220C, but experiences wild temperature swings due to the lack of an atmosphere to retain heat. 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.