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 is about the Atlas Rises version of System colours. For the current version, see System colours. |
System colours classify star systems based on colour.
Summary
The colour of a star provides many clues as to what forms of life, resources, and other items appear on its planets.
Yellow Systems
- Warp Reactor Required: Hyperdrive
- Best chance for lush planets, no chance of exotic.
- Unique Resource: Emeril, Gold, and/or Aluminium.
- Note: these resources don't pertain to yellow stars only, they can be found in deposit form only in yellow stars.
- Sparse rare materials
- 0-1 Exotic materials per planet
Red Systems
- Warp Reactor Required: Sigma
- Highest chance for exotic planets, average chance for lush planets
- Unique Resource: Rubeum
- Uncommon rare materials
- 0-1 Exotic materials per planet, usually 0
Green Systems
- Warp Reactor Required: Tau
- Average chance for lush planets, average chance for exotic planets
- Unique Resource: Viridium, Emeril
- Common rare materials
- 0-1 Exotic materials per planet
Blue Systems
- Warp Reactor Required: Theta
- Average chance for lush planets, above average chance for exotic planets
- Unique Resource: Cymatygen
- Abundant rare materials
- 1-2 Exotic materials per planet
Release information
A star's colour is indicated by the first letter of the star's Spectral class. Much of the above information is courtesy of LoneSeeker777's post on Reddit.[1] Note that these are general results, and there may be exceptions.
Exception: this indicator was not present during the Atlas Rises updates 1.30 through 1.37
References
- ↑ LoneSeeker777 (4 December 2016). PSA: Contents of Solar Systems and Planets have Changed. Here's What's Confirmed.. Reddit. Retrieved 17 December 2016