Discovered on 1 Jan 3309 during The Fatherhood’s Five Regions expedition, this rare Earth-like moon (8 f) orbits a Class III gas giant. The giant also has another ringed gas giant as its moon (8 g) and four high metal content terraforming candidate worlds. This Earth-like moon has its own rocky, landable, and volcanically active (lava vents, fumaroles, and gas vents) nested moon (8 f a), which is incredibly rare. The rocky moon orbits close enough to the Earth-like such that extraordinary space-borne and surface views are possible.

The primary star is a Class A star, and is orbited by 49 bodies, including:

• A ringed landable high gravity (1.89 g) planet (body 2), orbited by three rocky moons, two of which (2 a & b) share a barycenter so close (2.6 Mm) that they are easily mistaken as colliders.
• A ringed High Metal Content world (body 3), whose rings host 32 miing hotspots (Alexandrite, Serendibite, Benitoite, and Musgravite), orbiting close (3.65 ls) to another landable High Metal Content (body 4), allowing for beautiful views from orbit.

In addition to the stunning vistas and the very rare Earth-like Moon, this system also offers surface deposits of nearly all materials for boost synthesis (only Yttrium is missing), abundant mining hotspots in the rings, and for exobiology, bacteria on thin atmospheric worlds.

Discovered on 1 Jan 3309 during The Fatherhood’s Five Regions expedition, this rare Earth-like moon (8 f) orbits a Class III gas giant. The giant also has another ringed gas giant as its moon (8 g) and four high metal content terraforming candidate worlds. This Earth-like moon has its own rocky, landable, and volcanically active (lava vents, fumaroles, and gas vents) nested moon (8 f a), which is incredibly rare. The rocky moon orbits close enough to the Earth-like such that extraordinary space-borne and surface views are possible.

The primary star is a Class A star, and is orbited by 49 bodies, including:

• A ringed landable high gravity (1.89 g) planet (body 2), orbited by three rocky moons, two of which (2 a & b) share a barycenter so close (2.6 Mm) that they are easily mistaken as colliders.
• A ringed High Metal Content world (body 3), whose rings host 32 miing hotspots (Alexandrite, Serendibite, Benitoite, and Musgravite), orbiting close (3.65 ls) to another landable High Metal Content (body 4), allowing for beautiful views from orbit.

In addition to the stunning vistas and the very rare Earth-like Moon, this system also offers surface deposits of nearly all materials for boost synthesis (only Yttrium is missing), abundant mining hotspots in the rings, and for exobiology, bacteria on thin atmospheric worlds.