Science Fiction · Star Trek Systems

Star Trek: Andoria

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The Procyon system is the home of the Andorian people, a founding member species of the United Federation of Planets.

The system is dominated by the gas giant Andor and its many moons, specifically the ice-moon Andoria. This world is famous for its glacial surface and vast subterranean cities sustained by geothermal heat.

Celestial Bodies (8)

Procyon A
star · system center · 2,800,000 km diameter

A highly luminous and active binary star system. It produces significant, charged stellar winds that interact violently with the magnetospheres of the outer gas giants.

Procyon I
planet · orbits Procyon A · 45,000,000 km · 14,000 km diameter

Subjected to inferno-level thermal radiation, this world possesses a crushing 1.24 G surface gravity and a highly corrosive carbon dioxide atmosphere.

Procyon II
planet · orbits Procyon A · 80,000,000 km · 12,500 km diameter

A scorching terrestrial planet suffocating under an extreme carbon dioxide envelope with a surface gravity of 0.96 G.

Procyon III
planet · orbits Procyon A · 140,000,000 km · 13,200 km diameter

Occupying a colder orbital band, this rocky world maintains a high-oxygen atmosphere but remains uninhabitable.

Procyon IV
planet · orbits Procyon A · 210,000,000 km · 13,800 km diameter

A freezing, high-nitrogen waste world representing the outer edge of the inner terrestrial planets.

Andor (Procyon VIII)
planet, gas-giant · orbits Procyon A · 650,000,000 km · 125,000 km diameter

A massive, highly turbulent, blue-hued ringed gas giant. It generates an immense gravitational well and powerful localized magnetic fields.

Andoria
moon · orbits Andor (Procyon VIII) · 350,000 km · 5,100 km diameter

A perpetually frozen Class M moon. Its thriving subterranean biosphere and geothermally heated oceans are sustained entirely by the intense tidal friction generated by the gas giant Andor.

Andoras
moon · orbits Andor (Procyon VIII) · 500,000 km · 3,400 km diameter

A smaller glacial moon characterized by highly active cryo-tectonic plates. Massive sheets of ice grind against one another, resulting in violent water geysers and vapor jets.