Ildpolundiss 3-KONEA

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The subject of this article is from the Atlas Rises update.
The information from this article is up-to-date as of 23 July, 2018.
Ildpolundiss 3-KONEA
Ildpolundiss 3-KONEA
Star system CF8Afg6G-511 Raimlor
Region Hiigarme Anomaly
Galaxy Euclid
Moon(s) Erachageash 4-EBBE
Biome Gamma-Intensive
Weather Nuclidic Atmosphere
Resources Medium
Sentinels Passive
Flora Ample
Fauna Occasional
Discovered by Metagon
Game Mode Normal
Platform PC
Release Atlas Rises

Ildpolundiss 3-KONEA is a planet in No Man's Sky.

Summary[edit | edit source]

Shot of the planetary surface

Ildpolundiss 3-KONEA is a large planet in the star system of CF8Afg6G-511 Raimlor on the PC version of No Man's Sky universe.

Its distance to the system's station is about 1,327 ks.

Environmental data[edit | edit source]

Day
39.3 °C 7.0 Rad 11.5 Tox
Night
33.4 °C 6.1 Rad 11.2 Tox
Caves
29.2 °C 0.8 Rad 9.7 Tox

Notable Resources[edit | edit source]

Ildpolundiss 3-KONEA features Gamma Root, Gold and Nickel.

Fauna[edit | edit source]

Ildpolundiss 3-KONEA houses 6 species of fauna. A full zoology scan awards a 150,000 Unit bonus.

Name Image Genus Rarity Temperament Diet Gender Weight Height
Land
Wodeumera Huzikol CF8Afg6G-511-3-Fa06 Rat.jpg Ungulatis Rare Calm Absorbed nutrients Rational 260.42 kg 6.11 m
CF8Afg6G-511-3-Fa06 Rad.jpg Radical 249.29 kg 6.08 m
Rejudiae Olgo CF8Afg6G-511-3-Fa01 Pri.jpg Mogara Rare Docile Herbivore Prime 168.50 kg 3.70 m
CF8Afg6G-511-3-Fa01 Rat.jpg Rational 157.12 kg 3.56 m
Riktoleusosa Sigov CF8Afg6G-511-3-Fa02 Alp.jpg Tetraceris Uncommon Passive Grazing creature Alpha 103.86 kg 1.39 m
CF8Afg6G-511-3-Fa02 Asp.jpg Asymptotic 101.29 kg 1.36 m
Xandoea Yechro CF8Afg6G-511-3-Fa05 Rad.jpg Felidae Common Skittish Oxide elements Radical 53.24 kg 0.88 m
CF8Afg6G-511-3-Fa05 Sym.jpg Symmetric 50.69 kg 0.85 m
Air
Dulcruceusosa Ieta CF8Afg6G-511-3-Fa04 Nun.jpg Agnelis Uncommon Migratory Vegetation Non-uniform 87.34 kg 1.32 m
Emonoea Ieta CF8Afg6G-511-3-Fa03 Unk.jpg Agnelis Common Migratory Herbivore Unknown 73.15 kg 1.10 m

Flora[edit | edit source]

At least 14 flora varieties exist on Ildpolundiss 3-KONEA.

Name Image Age Root structure Nutrient source Notes Elements
Trees
Rafidus Edicera CF8Afg6G-511-3-Fl09.jpg Decades Concentrated Atmospheric Moisture Edible Seeds Carbon
Nitrogen
Oceae Sinktorima CF8Afg6G-511-3-Fl07.jpg Ancient Symbiontic Atmospheric Moisture Glasslike Seeds Carbon
Coprite
Onundorae Ermarera CF8Afg6G-511-3-Fl12.jpg Mature Mobile Buried Carbon Metallic Nodules Carbon
Tentacle plants
Machumeum Vemcia CF8Afg6G-511-3-Fl04.jpg Fresh Many-Limbed Buried Nitrogen Movement Prone Carbon
Mordite
Iborus Tipesanum CF8Afg6G-511-3-Fl06.jpg Millenia Simple Fungal Harvest Haunted Nests Carbon
Azilia Yaldarinis CF8Afg6G-511-3-Fl10.jpg Juvenile Conventional Carnivorous Extraterrestrial Carbon
Yilisteum Skerea CF8Afg6G-511-3-Fl03.jpg Unknown Gravitational Natural Carbon Toxic Thorns Carbon
Euromum Likinia CF8Afg6G-511-3-Fl08.jpg Advanced Unsupported Moonlight Potentially Medicinal Carbon
Carnivorous flora
Ructibumii Ondigis CF8Afg6G-511-3-Fl05.jpg Several Days Extensive Cosmic Radiation Irresistible Seeds Carbon
Nitrogen
Caves
Acledoe Ouxillarea CF8Afg6G-511-3-Fl02.jpg Juvenile Knotted Sublimated Nitrogen Rapid Reproduction Marrow Bulb
Oubium Fumae CF8Afg6G-511-3-Fl01.jpg Several Days Invasive Gamma Rays Itchy Pollen Marrow Bulb
Resource flowers
Tensum Dificonsium CF8Afg6G-511-3-Fl11.jpg Sproutling Grasping Photosynthesis Meaty Roots Thamium9
Olfia Euiarum CF8Afg6G-511-3-Fl14.jpg Seasoned Independent Liquid Ammonia Psychotropic Leaves Zinc
Arnae Audatium CF8Afg6G-511-3-Fl13.jpg Infant Regular Photosynthesis Edible Seeds Platinum

Minerals[edit | edit source]

There are 20 known mineral formations on Ildpolundiss 3-KONEA.

Name Image Metal content Formation process Notes Elements
Above ground
Suminyite CF8Afg6G-511-3-Mi16.jpg 79 % Fossilisation Low Specific Gravity Detritum
Urophite CF8Afg6G-511-3-Mi15.jpg 80 % Fossilisation Geode Rich Detritum
Bocelite CF8Afg6G-511-3-Mi14.jpg 66 % Ancient Tidal Erosion Frozen in Time Detritum
Vihoriite CF8Afg6G-511-3-Mi10.jpg 74 % Soil Compaction Unnaturally Sculpted Detritum
Sodelendawite CF8Afg6G-511-3-Mi07.jpg 58 % Petrification Ancient Iron
Iridium
Xilimaite CF8Afg6G-511-3-Mi05.jpg 68 % Lithification Molten Core Iron
Nickel
Udobalzite CF8Afg6G-511-3-Mi17.jpg 75 % Photonic Recently Formed Iron
Emeril
Hosteaite CF8Afg6G-511-3-Mi12.jpg 53 % Soil Amalgamation Contains Organic Matter Iron
Plutonium
Loysheite CF8Afg6G-511-3-Mi19.jpg 49 % Magnetic Attraction Shatter Resistant Iron
Zinc
Pumpfite CF8Afg6G-511-3-Mi18.jpg 47 % Pyroclastic Superconductive Iron
Zinc
Tikielite CF8Afg6G-511-3-Mi06.jpg 65 % Evaporation Misleading Structure Iron
Nickel
Mizeyaite CF8Afg6G-511-3-Mi13.jpg 69 % Sublimation Bonelike Iron
Aluminium
Hoeriite CF8Afg6G-511-3-Mi11.jpg 56 % Spontaneous Conductive Iron
Plutonium
Lericeite CF8Afg6G-511-3-Mi09.jpg 79 % Tectonic Bonelike Iron
Nurrmiite CF8Afg6G-511-3-Mi08.jpg 77 % Living Stone Superconductive Iron
Caves
Hafnoite CF8Afg6G-511-3-Mi20.jpg 56 % Spontaneous Superconductive Iron
Iridium
Deloreite CF8Afg6G-511-3-Mi03.jpg 55 % Cementation Feldspar Detritum
Veinhite CF8Afg6G-511-3-Mi04.jpg 74 % Sublimation Potentially Explosive Iron
Emeril
Yarrerolite CF8Afg6G-511-3-Mi02.jpg 47 % Salt Bonding Yeast Colony Iron
Zinc
Lipurpite CF8Afg6G-511-3-Mi01.jpg 78 % Ammonia Groundwater Hydrophobic Iron

Navigator[edit | edit source]