Al-Battani Star System

Al-Battani Star System

Level 35

Al-Battani is a level 35 star system in Starfield.

All star systems in Starfield have a recommended player level. For Al-Battani, this level is 35. It is recommended that your character is at level 35 or higher if you would like to visit any of the planets in the Al-Battani system.

Resources

Al-Battani contains 18 resources.

NameRaritySymbolWeightValueID
Alkanes1HnCn0.61300005570
Aluminum0Al0.570000557D
Beryllium1Be0.512000057D9
Chlorine0Cl0.560000557C
Chlorosilanes1SiH3Cl0.6140000557E
Copper0Cu0.61000005576
Dysprosium3Dy1.45600005569
Fluorine1F0.51200005577
Helium-30He-30.550000558E
Ionic Liquids3IL0.8230000557A
Iron0Fe0.680000556E
Lead0Pb0.71000005568
Neodymium2Nd0.82000005580
Nickel0Ni0.61000005572
Palladium3Pd0.72500005574
Silver1Ag0.6200000556A
Tantalum2Ta0.9230000556F
Water0H2O0.5400005591

Planetary Bodies

Al-Battani has 20 planetary bodies: 8 planets and 12 moons.

Barren
Inferno
High CO2
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Resources
Biomes
Craters
Barren
Inferno
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Traits
Boiled Seas
Biomes
Craters
Barren
Inferno
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Traits
Charred Ecosystem
Biomes
Craters
Barren
Inferno
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Traits
Boiled Seas
Biomes
Craters
Rock
Temperate
Std O2
Weak
Safe
7
3
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Rock
Cold
Extr M
Very strong
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Traits
Extinction EventPrismatic Plumes
Biomes
DesertHillsSavanna
Barren
Cold
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Resources
Biomes
Craters
Barren
Cold
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Craters
Rock
Frozen
Std N2
Very strong
Chemical
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Traits
Energetic RiftingFrozen Ecosystem
Biomes
DesertHillsIceMountains
Barren
Frozen
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Resources
Biomes
Craters
Barren
Frozen
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Craters
Barren
Deep freeze
None
Weak
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Resources
Biomes
Craters
Barren
Deep freeze
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Gas giant
Deep freeze
H2
Strong
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Ocean
Ice
Deep freeze
None
None
Heavy metal
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Resources
Biomes
Ice
Ice
Deep freeze
None
None
Safe
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Resources
Biomes
Ice
Ice giant
Deep freeze
H2
Weak
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Ocean
Barren
Deep freeze
None
None
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Craters
Barren
Deep freeze
None
Weak
None
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Craters
Ice
Deep freeze
None
None
Chemical
0
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
Ice
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Information

Level35
Catalogue IDNN 3781A
Planetary Bodies20
Planets8
Moons12
Star Spectral ClassG5
Star Temperature (Kelvin)5575
Star Solar Mass0.93
Star Radius647559
Star Magnitude6.11

Origin

The star system Al-Battani in Starfield is named after the eponymous Arab astronomer.

Al-Battānī, also known as Albategnius in Latin, was an eminent Arab astronomer, mathematician, and astrologer who lived during the Islamic Golden Age. His full name was Abu Abdallah Muhammad ibn Jabir ibn Sinan al-Raqqi al-Harrani al-Sabi al-Battānī. He was born around 858 CE in Harran, which is present-day Turkey, and died in 929 CE.

Al-Battānī is best known for his monumental work on astronomy and trigonometry, titled "Kitab az-Zij" or "The Book of Astronomical Tables." In this work, he corrected many of Ptolemy's findings and presented improved calculations for the solar year, the lunar month, and the inclination of the ecliptic, among other astronomical phenomena.

In mathematics, he introduced the use of sine and cosine in calculations, and his work laid the groundwork for later developments in trigonometry in the Islamic world and, eventually, in Europe. Al-Battānī's contributions were highly influential, and his works were later translated into Latin and used as reference by European scholars during the Renaissance.

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