'''Asteroids''' can be found in all systems except [[Horizon]], and most contain a single type of ore. Ore density, asteroid size, and asteroid type rarity is system dependent with the [[Trench]] containing the largest and most ore dense asteroids. Each of the four main systems has an asteroid type unique to that system with three ore types in one asteroid.
'''Asteroids''' can be found in all systems except [[Horizon]], and most contain a single type of ore. Ore density, asteroid size, and asteroid type rarity is system dependent with the [[Trench]] containing the largest and most ore dense asteroids. Each of the four main systems has an asteroid type unique to that system with three ore types in one asteroid.
Natural resources are items that can be obtained by mining or collecting them.
Ores
Ores are found in varying concentrations on planets and in asteroids, where they can be mined by hand or by using ship-mounted Starship Drills on planets or Mining Lasers in space.
Asteroids can be found in all systems except Horizon, and most contain a single type of ore. Ore density, asteroid size, and asteroid type rarity is system dependent with the Trench containing the largest and most ore dense asteroids. Each of the four main systems has an asteroid type unique to that system with three ore types in one asteroid.
Aluminum
Description
Aluminum is a lightweight, silvery and ductile metal. Aluminum alloys are commonly used in applications where weight is a design consideration, such as vehicles, starships and portable devices.
Chetherite is a purple, crystalline mineral. Its ability to distort space-time is a topic of scientific interest and resulted in great technological advances in hyperdrive technology.
Coal is a black, sedimentary rock formed from compressed dead plant material. Its ease of extraction from planets and high combustibility renders it an easy-to-access, albeit dirty, source of fuel.
Copper is a red-orange, shiny and malleable metal. Due to its ease of procurement and high electrical conductivity, it is commonly used in electrical wires and nearly all general-purpose electronics.
Diamond is a pure form of carbon arranged in a crystal lattice structure. Its hardness and electrical properties lend its use to industrial applications.
Emerald is a green gemstone formed from beryl minerals. Its hexagonal crystalline structure is excellent at focusing energy, finding uses in advanced hyperdrives and mining equipment.
Gold is a yellow, highly malleable metal. Its inertness to chemical reactions, high electrical conductivity, and alluring luster resulted in gold being used in currency, jewelry, and (in recent times) high-performance electronics.
Iron is a grayish, hard metal. Although iron, by itself, is not very durable, iron is very common and its alloys are used in many industrial machines and structural supports in starships.
Lapis Lazuli is a blue metamorphic rock and a precious stone. The stone can be crushed to form blue dyes, and has crystalline proprieties making it useful in the production of blaster ammunition.
Netherite is a mysterious brown metal found in ancient debris. By itself, netherite is not useful, but a labor-intensive process of refinement and alloying the metal with gold forms an extremely durable and precious metal.
Quartz is a classification of minerals, but most often manifests as a white crystal. It has interesting electrical properties that can be used to create accurate electronic clocks and oscillators.
Redstone is a strange, conductive red mineral that crumbles easily into dust. Although superceded by copper and other metallic conductors, redstone is still sometimes used in very simple applications where the transmission line length is negligible. It can also be used as a source of power, although the cost of mining redstone usually does not justify the energy gained.
Titanium is a metal with an incredible strength-to-weight ratio. Titanium alloys are used in high-performance applications when durability is a consideration, such as weapon and starship components.
Uranium is a radioactive mineral that fluoresces green under ultraviolet light. The energy and particles emitted from each chunk of uranium can be harnessed to generate power.
Zircon is rare crystal neosilicate crystal used in the creation of medium and large Tech 2 Reactors as well as Tech 1 Supercapital Reactors. Unlike other materials, Zircon only appears in spawning asteroid anomalies.
Atavum is an exceedingly rare material, used in creating Large Tech 2 Reactors. Like Zircon, Atavum only appears in spawning asteroid anomalies.
Properties
Requires smelting: no
Obtaining
Found on:
Asteroids (rarely spawns in asteroid field Cosmic Signatures)
Gases
Gases are used as fuel for all ships with Reactors, excluding ships which mount a Mini Reactor.
Gases are stored in gas canisters and can be collected in gas collectors.
There are three types of gases: fuels, oxidizers, and inert gases. Inert gases (Helium and Carbon Dioxide) do not react and cannot be used for energy production.
All collectable, burnable, gas types store 1,000 units of gas. Inert gases (Helium and Carbon Dioxide) are exempt from this ruling.
Xenon is not collectable with Gas Collectors, as it is obtained from Deep Space Fuel Depots. It can be used in any Reactor, and has a capacity of 5,000 units. It produces 5 power per unit burned, with a 150 tick burn time.
Fuels
Fuels store large amounts of energy and are the primary reactant in chemical reactions. Fuels store a certain amount of energy per unit. These are burned in Gas Power Plants with Oxidizers to produce energy. Each Region has one type of Fuel Gas.
Hydrogen
Description
Hydrogen is the smallest and lightest element. It is the most abundant element in the universe and is found in many chemical compounds.
Properties
Type: Fuel
Power per unit: 2
Cooldown (ticks): 150
Obtaining
Found in the Monolith region.
Nitrogen
Description
Nitrogen is a common element in the universe and is used in many biological processes.
Properties
Type: Fuel
Power per unit: 1
Cooldown (ticks): 100
Obtaining
Found in the Ward and Fracture regions.
Methane
Description
Methane contains plenty of energy for combustion.
Properties
Type: Fuel
Power per unit: 3
Cooldown (ticks): 200
Obtaining
Found in the Spine and Breach regions.
Oxidizers
Oxidizers are required for chemical reactions to take place. Oxidizers can multiply the amount of energy produced during a reaction. These are burned with Fuels in gas power plants to produce energy, and can be obtained in any Region.
Oxygen
Description
Oxygen is used by nearly all living organisms for respiration.