This system is of interest to explorers looking to fill their Codex and refill their tanks at the same time.

Helium-Rich Gas Giants (HRGGs) can be difficult to find in the outer regions. They are one of the rarer finds in the galaxy. This system boasts a pair of them, bodies 4 and 6, both with icy rings that each contain a tritium hotspot.

There is one other point of interest in the system: a landable, atmospheric, ringed moon (3 d) providing a scenic overview of its parent gas giant. The ice rings of this contain a wealth of materials, should you be looking to trade minerals for tritium. Meanwhile, 3 a holds 5 out of 6 premium synthesized boost materials.

Pierre J. C. Janssen was the first to discover Helium in 1868, though the name was given to it by another discoverer (Joseph Norman Lockyer) who assumed it to be a metal. Though this element is relatively abundant in the universe, it is in fact rare to find it naturally on Earth.

This system is of interest to explorers looking to fill their Codex and refill their tanks at the same time.

Helium-Rich Gas Giants (HRGGs) can be difficult to find in the outer regions. They are one of the rarer finds in the galaxy. This system boasts a pair of them, bodies 4 and 6, both with icy rings that each contain a tritium hotspot.

There is one other point of interest in the system: a landable, atmospheric, ringed moon (3 d) providing a scenic overview of its parent gas giant. The ice rings of this contain a wealth of materials, should you be looking to trade minerals for tritium. Meanwhile, 3 a holds 5 out of 6 premium synthesized boost materials.

The POI was named after Pierre J. C. Janssen, who was the first to discover Helium, via observing the spectral lines of the Sun during the eclipse of 1868. However, the name was given to it by another discoverer (Joseph Norman Lockyer) who assumed helium to be a metal: at the time, the element was unknown. After all, although helium is relatively abundant in the universe, it is in fact rare to find it on Earth.