??? ??? ??? Meteor Crater High Peak Natural Canyon Caldera Instance Balise Placeholder Beacon Balise Placeholder Gravite Stone Gravite didn't exist in the Milky Way. Although no industrial use has been found for it yet, its unique properties make it a subject of interest for researchers. Gravite Stone Gravite Fragment Gravite Fragment Gravite Stone Shelled Gravite Shelled Gravite Under certain conditions, gravite's magnetic charge can attract dust particles that slowly aggregate into a solid rock shell. Shelled Gravite Ferric Stone Although it's not completely pure, this ore is only exploited for its iron, and contains no other ore that could be efficiently harvested. Ferrous Outcrop Commonly found within the same clusters as ferric stones, these impure outcrops combine smaller iron nuggets with other crystals like quartz or hematite. Big Ferrous Outcrop S-Iron Cluster Magnetite Named after its principal component, this ore is also rich in other crystals including quartz, graphite and even diamond. Big Magnetite Cupric Stone Although it's not completely pure, this ore is only exploited for its copper, and contains no other ore that could be efficiently harvested. Brassy Outcrop Commonly found within the same clusters as cupric stones, these impure outcrops combine smaller copper nuggets with other crystals like quartz or azurite. Big Brassy Outcrop Chalcocite An especially profitable copper ore, chalcocite is rich in copper, but can also contain a large variety of other crystals. Tenorite A rare and hard ore of copper, tenorite is sometimes called black copper. It often contains precious inclusions. Azurite Azurite crystal is too valuable in itself to be broken down into separate elements, even though it contains large quantities of copper and carbon. Malachite Malachite crystal is too valuable in itself to be broken down into separate elements, even though it contains large quantities of copper and carbon. Zircon Named after its principal component, zircon was formerly traded as a gemstone, but has become essential for industrial uses, and nuclear reactors in particular. Coal Clump This ore contains several forms of carbonite crystals, ranging from coal and graphite to small diamonds. Big Coal Clump Vitreous Carbon This carbon ore contains a surprisingly high amount of graphite. Vitreous Carbon Graphite This pure graphite ore is the most stable form of carbon. Gigantic Diamonds Had these crystals been discovered in the Milky Way era, they would have severely disrupted the global economy. Sandstone Mound Although this sedimentary rock can be used in its current state, it also contains large quantities of quartz, aquamarine and iron, among other minerals. Gray Quartz The coloration of quartz is determined by its impurities. Rare impurities can actually make it more valuable, but this one just has ordinary impurities. White Quartz The coloration of quartz is determined by its impurities. Rare impurities can actually make it more valuable, but this one has none. Red Quartz The coloration of quartz is determined by its impurities. This one has exactly the kind of impurities that can make quartz more valuable. White Feldspar Mound This ore, mostly made up of aluminum and sandstone, can contain crystals ranging from aquamarine to emerald. Aluminum Reduction Under the influence of deep submarine current, aluminium can be found in native form. Turquoise Stone Turquoise is too valuable in itself to be broken down into separate elements, even though it contains large quantities of copper and aluminum. Turquoise Clump Commonly found within the same clusters as turquoise stones, these impure clumps can contain varying proportions of aquamarine and emerald. Aquamarine Although it's not completely pure, this ore only contains crystals that are at least as valuable as pure aquamarine. Emerald This beryl variety is too valuable in itself to be broken down into separate elements, even though it contains large quantities of aluminum and silicon. Vanadinite This common vanadium chlorure is easy to recognize with its characteristic shape and color. Patronite This ore, mostly made up of vanadium and sulfur, can contain crystals ranging from quartz to diamond. Carnotite Cluster Titanite Typically found on asteroids, this ore is an aggregate of small titanium nuggets. Huge Titanite Plagnetite Generally found in asteroids, this formation contains an equal amount of iron and platinium. Huge Plagnetite Cooperite One of the most common planetary platinium ore, cooperite is also a source of a much more mundane element, sulfur. Big Cooperite Uraninite Outcrop This crystalline ore is the purest natural occurrence of uranium. Big Uraninite Outcrop Elmerite Essential to contemporary industry, elmerium can only be found in these strange clusters that appear on the dark side of celestial objects. Elmerite Hollow Outcrop Commonly found within the same clusters as elmerite, these impure outcrops combine smaller elmerium fragments with chunks of sandstone. Hollow Outcrop Siderite Named after iron, its principal component, this ore is also rich in carbon and can contain quartz, graphite and hematite. Chalcopyrite Formerly known as "yellow copper", this ore is much more diverse than the name suggests, containing substantial quantities of pyrite, graphite, quartz and iron. Sulphuric Stone Named after its principal component, this ore is also rich in other crystals, including pyrite and vanadium. Titanomagnetite Essentially made up of iron and titanium, this ore is also rich in hematite, quartz and graphite. Big Titanomagnetite Augurite This volcanic rock is often rich in aluminium and titanium. Big Augurite Bauxite Rock This sedimentary stone is incredibly rich in diverse crystals, ranging from calcite to emerald. Big Bauxite Rock Wolframite Wolframite get its name from wolfram, an ancient name of tungsten, its more remarkable component. Big Wolframite Cinnabar This mineral is a crystal of mercury sulfide. It was widely used as pigment because of its bright red color, before the high toxicity or mercury was recognized. Pyrite Formation Pyrite is a simple and common iron sulfide. Because of its yellow shine, it has often been mistaken for gold. Tungsten Reduction Under the influence of deep submarine current, tungsten can be found in native form. Iron Deposit This pure iron vein contains enough ore to supply an entire factory. Dense Iron Deposit This pure iron vein contains enough ore to supply an entire factory. Its unusual density allows for a higher extraction rate. Coal Deposit This pure coal vein contains enough ore to supply an entire factory. Sulfur Deposit This pure sulfur vein contains enough ore to supply an entire factory. Sandstone Deposit This pure sandstone vein contains enough ore to supply an entire factory. Copper Deposit This pure copper vein contains enough ore to supply an entire factory. Dense Copper Deposit This pure copper vein contains enough ore to supply an entire factory. Its unusual density allows for a higher extraction rate. Titanium Deposit This pure titanium vein contains enough ore to supply an entire factory. Vanadium Deposit This pure vanadium vein contains enough ore to supply an entire factory. Pyrite Deposit This pure pyrite vein contains enough ore to supply an entire factory. Aluminum Deposit This pure aluminum vein contains enough ore to supply an entire factory. Dense Aluminum Deposit This pure aluminum vein contains enough ore to supply an entire factory. Its unusual density allows for a higher extraction rate. Platinum Deposit This pure platinum vein contains enough ore to supply an entire factory. Dense Platinum Deposit This pure platinum vein contains enough ore to supply an entire factory. Its unusual density allows for a higher extraction rate. Tungsten Deposit This pure tungsten vein contains enough ore to supply an entire factory. Brine Pool This pool, formed by centuries of precipitation, provides a seemingly infinite source of water. Vitriol Pool This pool, formed by centuries of precipitation, provides a seemingly infinite source of vitriol. Mercury Pool This pool, formed by centuries of precipitation, provides a seemingly infinite source of mercury. Basalt Shell Beneath this thick shell of volcanic rock lies an unusual concentration of rare minerals. Clay Shell Beneath this thick sedimentary shell lies an unusual concentration of kaolinite. Chalcedony Shell Inside this thick, hardened geode lies an unusual concentration of crystals. Iron Spherule Inside this thick, hardened geode lies an unusual concentration of hematite. This crystal formation can only appear on asteroids. Huge Basalt Shell Granite Shell Blue Granite Shell Ice Shell Obsidian Shell Opal Shell Volcanic Shell Pumice Cinder Gabbro Shell Chondrite Strange Thicket Spacekorn Root Petrified Grove Rockwood Root Shipwreck Shipwreck In outer space, the slightest technical failure can condemn an entire crew to instant death. Shipwreck Shipwreck Shipwreck Shipwreck Shipwreck Shipwreck Shipwreck Shipwreck Shipwreck Shipwreck Shipwreck Precious Cargo Precious Cargo Precious Cargo Black Box Steel Scraps Hull Steel Scraps System Scraps Structural Beam Heavy-Duty Beam Metal Sheet Stainless Plate Watertight Tube Pressure-tight Tube Wire Magnetic Coil Motor Solar Cell Microchip Round Hatch Intake Vent Big Intake Vent Spoilers Spoilers Wings Water Geyser Though intermittent, the water supply this geyser provides is both reliable and renewable. Brine Water Geyser Though intermittent, the water supply this geyser provides is both reliable and renewable. Vitriol Geyser Though intermittent, the vitriol supply this geyser provides is both reliable and renewable. Mercury Geyser Though intermittent, the mercury supply this geyser provides is both reliable and renewable. Helium Geyser Radon Geyser Though intermittent, the radon supply this geyser provides is both reliable and renewable. Shipwreck Botryoidal - Big Botryoidal - Small Crystal Shell Crystal Cube - Big Metal Cube - Big Crystal Cube - Small Metal Cube - Small Facet Rock Long Crystal - Big Long Crystal Native Metal - Big Native Metal - Small Octa Crystal - Big Octa Crystal - Small Rock Shell Sandwich Sandwich - Small Sedimentary Rock - Big Sedimentary Rock - Small Spiky Mineral - Big Spiky Mineral - Small Deposit Geyser Elmerium - Small Elmerium - Big