Porrima Star System

Porrima Star System

Level 30

The Porrima System holds great importance in the Starfield galaxy, primarily because it is the residence of the enigmatic Red Mile, situated on Porrima 3. In contrast to many other prominent systems, its planets lack unique names.

Porrima is a level 30 star system in Starfield.

All star systems in Starfield have a recommended player level. For Porrima, this level is 30. It is recommended that your character is at level 30 or higher if you would like to visit any of the planets in the Porrima system.

Resources

Porrima contains 24 resources.

NameRaritySymbolWeightValueID
Alkanes1HnCn0.61300005570
Aluminum0Al0.570000557D
Antimony3Sb0.8300000557B
Argon0Ar0.5500005588
Benzene1C6Hn0.61900005585
Beryllium1Be0.512000057D9
Caesium3Cs0.825000057DF
Carboxylic Acids2R-COOH0.81200005586
Chlorine0Cl0.560000557C
Chlorosilanes1SiH3Cl0.6140000557E
Copper0Cu0.61000005576
Europium3Eu140000057E1
Fluorine1F0.51200005577
Gold2Au0.82400005579
Helium-30He-30.550000558E
Iron0Fe0.680000556E
Lead0Pb0.71000005568
Lithium2Li0.5140000557F
Neodymium2Nd0.82000005580
Neon3Ne0.51600005587
Nickel0Ni0.61000005572
Plutonium3Pu1.6640000558C
Uranium0U0.71400005589
Water0H2O0.5400005591

Planetary Bodies

Porrima has 21 planetary bodies: 7 planets and 14 moons.

Rock
Cold
Thin M
Average
Safe
4
4
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
CratersForestIceOcean
Rock
1.24
Temperate
Extr O2
Powerful
Safe
6
5
Type
Gravity
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Traits
Ecological Consortium
Biomes
DesertOcean
Rock
Cold
Thin O2
Weak
Radioactive
4
3
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
ForestMountainsOceanWetlands
Barren
Scorched
None
Very weak
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Resources
Biomes
Craters
Barren
Scorched
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Craters
Barren
Scorched
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Barren
Temperate
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Craters
Barren
Temperate
Thin M
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Craters
Rock
Temperate
Thin CO2
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Desert
Barren
Cold
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Craters
Barren
Cold
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Gas giant
Frozen
H2
Strong
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ocean
Ice
Frozen
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Ice
Frozen
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Rock
Temperate
Std O2
None
Biological
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
ForestIceMountainsOceanSavanna
Gas giant
Deep freeze
H2
Extreme
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ocean
Rock
Deep freeze
Std N2
None
Safe
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
DesertHillsIceOceanSavanna
Ice
Deep freeze
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Ice
Deep freeze
None
None
Chemical
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Ice
Deep freeze
None
None
Heavy metal
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Ice
Deep freeze
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
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Information

Level30
Catalogue IDGl 482A
Planetary Bodies21
Planets7
Moons14
Star Spectral ClassF0
Star Temperature (Kelvin)7500
Star Solar Mass1.7
Star Radius905190
Star Magnitude2.4

Origin

Porrima, also designated as Gliese 482A or Gl 482A in the Gliese Catalogue of Nearby Stars, is not the commonly known name for a star in close proximity to Earth.

The star commonly known as Porrima is actually Gamma Virginis, a binary star system located in the constellation Virgo.

Gamma Virginis, or Porrima, is notable for being a close binary system, where the two main stars are of nearly equal brightness and are quite close to each other. This makes them a challenge to resolve or separate visually, even with a small telescope, especially when they're at their closest point in their orbits. However, with larger telescopes or during times when the stars are farther apart in their orbital dance, it's possible to see them as distinct points of light.

Historically, Porrima's two stars were much easier to distinguish in the early 19th century. As the decades went on, they came closer together, becoming hardest to distinguish around 2005. After that, they began moving apart again. This change is due to the perspective from Earth as the stars orbit each other in their binary dance.

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