Planet

Planets are astronomical bodies that exist within star systems, outside of stars.

Barren

	Climate	Resources	Description
	Ice		Barren, icy worlds that are too cold to support life. They may have ice caps and frozen oceans, and their atmosphere may be thin or non-existent.
	Toxic		Barren, inhospitable worlds with highly toxic atmospheres that are deadly to most lifeforms. They may have acidic lakes or oceans, and their surface may be covered in poisonous compounds.
	Molten		Barren, rocky worlds with extremely high surface temperatures that make them uninhabitable. They may have active volcanoes, lava lakes, and fiery geysers.
	Rocky		Barren, desolate worlds with little or no atmosphere that lack the conditions necessary to support life. They may be covered in craters, mountains, and rocky outcroppings, and their surface may be subject to intense temperature variations.

Terraformation

Some barren worlds can be terraformed into worlds, which costs power and energy.

Asteroid

Space-rocks which tend to provide crucial resources for building ships.

	Climate	Resources	Description
	Ice		Asteroids that are composed mainly of ice, such as frozen water or other volatile compounds. They may have a rocky or metallic core, but their surface is covered with a layer of ice.
	Molten		Asteroids that have been heated to the point of melting, either through internal heat sources or external impacts. They may have a rocky or metallic core, but their surface is molten and may be covered in lava flows or volcanic features.
	Rocky		Asteroids that are made up of primarily rocky material, such as silicates or metals. They may have a surface layer of dust or regolith, and can range in size from small boulders to large chunks of rock.

Giant

Giants are celestial bodies that are much larger than worlds but smaller than stars, that are mostly composed of gas.

	Climate	Resources	Description
	Stormy		Gas giants that are characterized by intense and constant atmospheric disturbances, such as massive storms, high-speed winds, and lightning. These conditions make them difficult to explore or inhabit.
	Calm		In contrast to stormy gas giants, these gas giants have a relatively stable atmosphere with fewer disturbances. They may have milder weather patterns and more hospitable conditions for exploration or potential habitation.
	Molten		These gas giants are extremely hot, with temperatures reaching several thousand degrees Celsius. They may be composed of gases such as hydrogen and helium, but also contain elements such as carbon and nitrogen, which can become molten due to the high temperatures and pressures present in the planet's interior.

Terrestrial world.

World

Worlds are habitable planets that can be colonized.

	Climate	Resources	Description
	Ice		These are worlds that are largely covered in ice, often with freezing temperatures and harsh conditions. Life on these worlds is likely to be adapted to the cold environment.
	Ocean		These are worlds with large bodies of liquid water, making them prime candidates for supporting life. They may have a variety of different biomes and ecosystems, depending on the planet's temperature and atmospheric conditions.
	Arid		These are worlds with very little water and a dry, desert-like climate. Life on these worlds may be adapted to conserve water or to thrive in the extreme heat.
	Rocky		These are worlds that are primarily composed of rocky material, with a solid surface and an atmosphere. Life on these worlds may have evolved to thrive in a range of different environments, from high altitudes to deep caves.
	Terrestrial		These are worlds with large land masses and diverse ecosystems, including forests, grasslands, and mountain ranges. They may have a range of different climates and weather patterns.
	Pristine		These are worlds that have not yet been significantly impacted by outside forces, such as industrialization or terraforming. They may be valuable for scientific study or preservation, and are worth crusading for.
	Void		These are worlds that exist in deep space, without an atmosphere or significant resources. Life on these worlds would need to be adapted to survive in the vacuum of space.

Broken

These once were worlds, but were violently destroyed by some cataclysmic event.