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. |
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.
The information from this article is up-to-date as of 23 July, 2018.
This article was catalogued by Galactic Hub Atlas. |
HUB2-1C7 Kale Hail | |
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Galaxy | Euclid |
Region | Waolab Anomaly |
Colour | Yellow |
Distance to centre | 664,578 light‑years |
Planet(s) | 1 |
Faction | Gek |
Economy | Engineering |
Wealth | Adequate |
Conflict level | Rowdy |
Claimed by | Galactic Hub Project |
Discovered by | Inphyx |
Discovery platform | PS4 |
Game Mode | Survival |
Updated | Atlas Rises |
HUB2-1C7 Kale Hail is a star system in No Man's Sky.
Summary[ | ]
HUB2-1C7 Kale Hail is a star system in the No Man's Sky universe.
Alias Names[ | ]
All | Original: | Setouc |
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PS4 | Current: | HUB2-1C7 Kale Hail |
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Discovered Date[ | ]
2017-08-21 by Interloper Inphyx on PS4.
Planets & Moons[ | ]
Planet Name | Type | Extreme Weather |
Aggressive Sentinels | |
---|---|---|---|---|
Bitter Chard | Corrosive | No | Yes | |
Fungal Mould, Aluminium, Nickel, Heridium | 100% Zoology Bonus: Unknown | Notes: Dense acidic atmosphere. |
Starships[ | ]
Location Information[ | ]
Coordinates[ | ]
[ | ]
Locating HUB2-1C7 Kale Hail[ | ]
Adjacent to HUB2-X-1B3 Sister Seas in the border region between Waolab Anomaly and Shungka Void, across the void from the middle tiers of the Shungka tree.
Space station[ | ]
Technology | Price (Nanite Clusters) | |
---|---|
Positron Ejector | 500 |
Cyclotron Ballista Coolant Tau | 220 |
Cyclotron Ballista Fire Rate Tau | 260 |
Positron Ejector Damage Tau | 300 |
Cyclotron Ballista Coolant Sigma | 150 |
Cyclotron Ballista Damage Sigma | 200 |
Cannon Damage Tau | 300 |
Cyclotron Ballista Damage Tau | 300 |
Positron Ejector Fire Rate Tau | 260 |
Cyclotron Ballista | 500 |
Additional Info[ | ]
Space Crystal Composition[ | ]
Every system's space crystals always provide the same type of material within that system. This system's crystals have not been sampled.