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Haylo Star System (Ancient)

Haylo: A star born about one billion years ago, watches upon its newborn and unstable system. Planets are taking forms, nothing will stay the same forever.

Perto: The closest planet to Haylo, the object suffered three simultaneous collisions with objects around the size of mercury, that absolutely shredded its surface and about half of the matter of the three were thrown into space due to sheer amount of force. Now the planet burns in huge oceans of lava and scorching land.

Desarmony: The second planet of Haylo, the hot Selena is nothing but a scorching dead landscape, filled with enormous craters that carry on the planet's chaotic past. It has a very unstable orbit, with its Apoapsis almost reaching Krevus' orbital plane.

Krevus: The third planet of Haylo. Krevus is one of 'The Methane Worlds', with about twice the gravity of Earth, being extremely dense; the object has the atmosphere composition of mostly Methane and Carbon Dioxide which makes its atmosphere yellowish, and the presence of liquid oxygen on its surface. The hot temperatures cause a quick evaporating of the water, resulting in vast clouds.
>Zalibe: The only moon of Krevus. The object is a captured moon, thought to previously be a binary planet adjacent to Desarmony, the was flung on their barycenter and captured by Krevus' immense gravity pull.

Watcher: The fourth planet of Haylo. The planet is tidally locked to its parent, with one part of it facing the star permanently, all the material essential for life, however, is on the dark side of its faces; being frozen and unable to spread across the atmosphere and land. Its atmosphere is roughly 50% Nitrogen and 50% CO2, being a toxic atmosphere for any organic matter.

Tellus: The fifth planet of Haylo. Tellus is a planet that suffered a massive collision, with the remaining being a massive moon in between debris, that now form a ring. Its atmosphere is roughly 60% CO2, 20% Methane and 20% H20 and some small patches of oxygen on the south poles; this composition makes it one of 'The Methane Worlds.' The planet has a very weak magnetic field.
>Lum: The only moon of Tellus. Lum is a moon born from an old collision between a proto-planet and Tellus. It has a very thin atmosphere made mostly of Nitrogen, and the entire surface is covered by particles of both water and CO2 mixed.

Poster: The sixth planet of Haylo. The object is an ammonia world with 2 medium sized moons, both that can be seen easily due to the relatively think atmosphere. Early bacteria life forms have already been detected in the cold ammonia oceans, being very different from the usual life forms we see in 'paradise planets.'
>Desolate: The closest moon of Poster. This desolate moon has a crater-filled surface, with a very thin layer of Argon composing its atmosphere, and liquid Argon on the underground.
>Kario: The last and farthest moon of Poster. The object is nitrogen-rich, being its entire atmosphere and having frozen nitrogen dioxide on its poles. As well frozen water covering its surface.

Moll and Moli: Two binary asteroids dancing around in many debris of a new formed system.

Armo: The seventh planet of Haylo. The closest gas giant to its parent, was pushed by the gravitational force of the star emanating matter. Causing it and other gas giants to be pushed away. Its atmosphere is made mostly of hydrogen, with a core made of frozen ammonia and a rocky core.
>Saas: The first moon of Armo, Saas is the closest moon with the prettiest view of Armo, with an atmosphere full of oxygen and thinner volumes of SO2 and CO2. It has patches of frozen SO2, and water spread around its surface.
>Jig: The second moon of Armo, Jig’s surface is very hot, even being far away from its parent star. The moon has a atmospheric pressure of 80 atmospheres, being majorly composed by CO2 and SO2. There is the presence of clouds of dust, as yearly, a planet-wide dust storm ravages the planet’s surface and lasts for about a month.
> Ress: The third moon of Armo, it is a ammonia-rich world with an almost invisible atmosphere of such material, since all the material is frozen, and in liquid ammonia can only be found in deep abyss of the planet, closer to the mantle.
> hydrogen, with a core made of frozen ammonia and a rocky core.
>Saas: The first moon of Armo, Saas is the closest moon with the prettiest view of Armo, with an atmosphere full of oxygen and thinner volumes of SO2 and CO2. It has patches of frozen SO2, and water spread around its surface.
>Jig: The second moon of Armo, Jig’s surface is very hot, even being far away from its parent star. The moon has a atmospheric pressure of 80 atmospheres, being majorly composed by CO2 and SO2. There is the presence of clouds of dust, as yearly, a planet-wide dust storm ravages the planet’s surface and lasts for about a month.
> Llav: The third moon of Armo, it is a ammonia-rich world with an almost invisible atmosphere of such material, since all the material is frozen, and in liquid ammonia can only be found in deep abyss of the planet, closer to the mantle.
> Lo: The fourth moon of Armo, it’s a fast-spinning object that suffered a collision not so long ago, giving the moon its own smaller moon.
>>Namaka: The only moon of Lo, it is a moon that orbits a moon, is there anything cooler than that?
>Peve: The fifth moon of Armo, Peve has one of the densest atmospheres and a low gravity, the combination of those factors can make the heaviest of objects barely float on the planet’s surface. It has oceans of Sulfur and Carbon Dioxide flowing on its surface, hidden beneath the Methane and Helium clouds…
> Uroga: The sixth and last moon of Armo, this was the catalyst for the collision with Lo, which originated on its moon Namaka. Uroga still has a temperature of over 300 °C from the collision.
Armonia: The eighth planet of Haylo, it’s a gas giant with patches of ammonia running on the visible atmosphere, surrounded by dense clouds of Helium and Hydrogen.
> Ridge: The first moon of Armonia, the most unique aspect of this planet is the planetary ridge that does a full circle around the moon’s equator. It was most likely formed due to the proximity to its parent.
> Yuth: The second moon of Armonia, it is, by appearance, a rather habitable world. However, it is clearly not, its temperatures reach below -200 °C, as it permits the existence of flowing oceans of liquid nitrogen, as it rapidly evaporates into air, creating a cycle similar to the water cycle. It has an awesome view of its parent planet.
> Niquigen: The third moon of Armonia, thought to have the same origin of Yuth, Niquigen is a moon with very low density and less albedo than Yuth, intensifying the vaporization of the Liquid Nitrogen, below the dense clouds, lies a surface completely covered by nitrogen, with tiny specs of almost invisible islands. It has a very unstable orbit due to its low mass and proximity to two massive moons.
> Hazar: The fourth moon of Armonia, it is rather big for a moon, but its density is below in its size standard, making it have a low gravity, its atmosphere is mostly made up of Argon and Methane, with lakes made mostly of Argon too. On its poles there is the present of frozen sulfur dioxide.
> Silius: The fifth and last moon of Armonia, it is a very small moon with an extremely thin atmosphere made of particles of both sulfur dioxide. With frozen patches of water, CO2 and SO2 spread through the surface of snow and ice.
Shivenus: The farthest planet from Haylo, an ice giant.
> Drydon: The only moon of Shivenus, it is a planet which its extremely dark at all times, mostly because of the distance it has from its parent star, having temperatures at about -216 °C at the equator. At both its poles, there are huge patches of frozen Nitrogen, while one huge lake of liquid nitrogen slowly freezes at the south of the moon.