Asteroids and ore - EVE University Wiki (2024)

This page should be updated due to game changes.
Reason: Need additional table information for border/A0 and Pochven asteroids.

Asteroids are large irregular chunks of rock that can be found in many places throughout New Eden. When mined, asteroids yield ore which, when refined, produces minerals of various types that serve as the basic building blocks of almost every craftable item.

Contents

  • 1 Where to find asteroids
    • 1.1 Asteroid belts
    • 1.2 Deadspace pockets
    • 1.3 Cosmic anomalies
      • 1.3.1 High security space
      • 1.3.2 Low security space
      • 1.3.3 Null security space
    • 1.4 Wormholes
    • 1.5 Pochven
    • 1.6 Ore Prospecting Arrays
  • 2 Asteroid distribution
  • 3 Ore locations
    • 3.1 Ore variants
    • 3.2 Mineral Composition of Ores
  • 4 External links

Where to find asteroids

An asteroid belt. The ship in the middle is sitting at the warp-in point.

Asteroid belts

Virtually every star system in EVE (with the notable exception of Jita) has at least one asteroid belt. Most star systems have several -- up to more than a dozen in some cases. These belts are listed on the overview and the right-click menu, and can have two kinds of geometry: one is a rough semicircle of asteroids, approximately 50km in diameter, the other being asteroids dispersed over a spherical volume with a radius of about 70km. A ship warping to an asteroid belt's beacon (through the right-click menu or the overview) will warp to the center of the asteroids. Note that mining lasers have an (unboosted) range of only 10-15km, so in order to mine asteroids a ship has to fly closer to the belt after warping in. If you want to save on travel time, you can warp to mining bookmarks instead.

A given belt will have a mixture of asteroids containing different ores. The mixture and size of the asteroids (i.e. how much ore each asteroid contains) is determined by the system's location in the EVE universe and its security status (see asteroid distribution below). Each asteroid belt contains a finite number of asteroids (which disappear once fully mined), but the asteroids respawn after downtime if there are no asteroids left. The website Dotlan has maps showing the number of belts per system.

Deadspace pockets

Mineable asteroids can also spawn in deadspace pockets, such as the ones created for missions. Unlike asteroid belts, these are not organized into a set shape. Some are composed of dense clumps of asteroids, while others are scattered fields. For a list of which missions' deadspace pockets contain asteroids, see Mission mining or EVE-survival.

Cosmic anomalies

Lastly, one of the two kinds of cosmic anomaly contains asteroids (the others contains hostile rats). The asteroids in cosmic anomalies tend to be a little larger and contain rarer ore than the normal asteroid belts in a star system. However, unlike asteroid belts, once all the asteroids in the anomaly have been mined, the anomaly disappears after broadcasting a short message in Local. As with all cosmic anomalies, new anomalies spawn semi-randomly.

Note that in many locations you will find decorative asteroids, which cannot be mined or otherwise interacted with. These will have colorful names such as "Snake-shaped Asteroid".

There are different types of asteroid cosmic anomalies, named by what kinds of ores are contained within. Each type comes in several variants (small, medium, average, and large) – the "larger" the anomaly, the more asteroids (and hence the more ore) it contains. A "Small Kernite and Omber Deposit" therefore contains a small number of Kernite and Omber asteroids, while a "Large Bistot Deposit" contains a large number of Bistot asteroids. Different types may have different number of variants. Smaller anomalies tend to contain only base ore variety and larger ones contain all three variaties (base, +5% and +10%).

The following chart illustrates the makeup of cosmic anomalies.

High security space

See also: High-sec

Highsec does not have ore anomalies, the exceptions being border ores (see further) and Asteroid Belt Remnants anomaly in new players spawn areas which contain Veldspar.

Low security space

See also: Low-sec
  • Jaspet (medium)
  • Gneiss (smallaveragelarge)
  • Dark Ochre and Gneiss (smallaveragelarge)
  • Crokite and Dark Ochre (smallaveragelarge)
  • Crokite, Dark Ochre and Gneiss (smallaveragelarge)
  • Hedbergite, Hemorphite and Jaspet (smallaveragelarge)
  • Spodumain, Crokite and Dark Ochre (smallaveragelarge)[Verify]

Null security space

See also: Null-sec
  • Bistot (smallaveragelarge)
  • Arkonor and Bistot (smallmediumaveragelarge)
  • Mercoxit, Arkonor and Bistot (smallaveragelarge)
  • Dark Ochre (Small, Average, Large)
  • Gneiss (Small, Average, Large)
  • Kernite (Small, Average, Large)
  • Spodumain (Small, Average, Large)

Wormholes

Arkonor, Bistot, Gneiss, Kernite, Omber, and Pyroxeres deposits may be found in wormholes.

Pochven

With the creation of Pochven, new ore types were added to the game which can only be found in these areas. Bezdnacine, Rakovene, and Talassonite are the new ores, while Spodumain and Mercoxit can also be found there, with Mercoxit only spawning in home systems.

Ore Prospecting Arrays

In player-owned sovereign nullsec, it is possible to deploy Ore Prospecting Arrays, a deployable sovereignty structure which, when deployed in a system, periodically generates asteroid clusters of various sizes at set intervals.

All sizes of asteroid clusters are capable of spawning regardless of system security status, and all clusters of a given size contain the same volume of ore, but asteroid clusters in lower security levels will spawn the more valuable ore variants with greater frequency. With the exception of Small Asteroid Clusters (which lack Mercoxit), all clusters contain varying amounts of all nullsec ore types: Arkonor, Bistot, Crokite, Dark Ochre, Gneiss, Spodumain, and Mercoxit.

Small Asteroid ClusterMedium Asteroid ClusterLarge Asteroid ClusterEnormous Asteroid ClusterColossal Asteroid Cluster

Respawn cooldown to all Asteroid Cluster anomalies scales based on the size of the anomaly:

  • 1 hour for the Small Asteroid Cluster
  • 2 hours for the Medium Asteroid Cluster
  • 3 hours for the Large Asteroid Cluster
  • 4 hours for the Enormous Asteroid Cluster
  • 5 hours for the Colossal Asteroid Cluster

Asteroid distribution

An asteroid belt, as seen on the overview. Note the belt's warp-in point (marked with an inverted triangle), as well as the variety of different asteroid types (all labelled according to what kind of ore they contain).

For the distribution of ice asteroids, see Ice distribution.

The EVE universe can be divided into four quarters:

  • The Amarr quarter (includes systems held by the Amarr, Ammatar, Khanid, Blood Raiders, and Sansha's Nation)
  • The Caldari quarter (includes systems held by the Caldari and Guristas)
  • The Gallente quarter (includes systems held by the Gallente and Serpentis)
  • The Minmatar quarter (includes systems held by the Minmatar and Angel Cartel)

Each of these four quarters has its own set of asteroid types. Additionally, systems with different security rating have different asteroid types.

Ore locations

System
security
rating
Quarter
Asteroids and ore - EVE University Wiki (4)Asteroids and ore - EVE University Wiki (5)Asteroids and ore - EVE University Wiki (6)Asteroids and ore - EVE University Wiki (7)
High Sec
1.0 to 0.5
Asteroids and ore - EVE University Wiki (8) Veldspar
Asteroids and ore - EVE University Wiki (9) Scordite
Asteroids and ore - EVE University Wiki (10) Pyroxeres
Asteroids and ore - EVE University Wiki (11) Veldspar
Asteroids and ore - EVE University Wiki (12) Scordite
Asteroids and ore - EVE University Wiki (13) Pyroxeres
Asteroids and ore - EVE University Wiki (14) Plagioclase
Asteroids and ore - EVE University Wiki (15) Veldspar
Asteroids and ore - EVE University Wiki (16) Scordite
Asteroids and ore - EVE University Wiki (17) Plagioclase
Asteroids and ore - EVE University Wiki (18) Veldspar
Asteroids and ore - EVE University Wiki (19) Scordite
Asteroids and ore - EVE University Wiki (20) Plagioclase
Low Sec
0.4 to 0.0
Asteroids and ore - EVE University Wiki (21) Pyroxeres
Asteroids and ore - EVE University Wiki (22) Kernite
Asteroids and ore - EVE University Wiki (23) Jaspet
Asteroids and ore - EVE University Wiki (24) Hemorphite
Asteroids and ore - EVE University Wiki (25) Kernite
Asteroids and ore - EVE University Wiki (26) Pyroxeres
Asteroids and ore - EVE University Wiki (27) Hedbergite
Asteroids and ore - EVE University Wiki (28) Omber
Asteroids and ore - EVE University Wiki (29) Jaspet
Asteroids and ore - EVE University Wiki (30) Hemorphite
Asteroids and ore - EVE University Wiki (31) Kernite
Asteroids and ore - EVE University Wiki (32) Omber
Asteroids and ore - EVE University Wiki (33) Hedbergite
Null Sec
less than 0.0
Asteroids and ore - EVE University Wiki (34) Veldspar
Asteroids and ore - EVE University Wiki (35) Pyroxeres
Asteroids and ore - EVE University Wiki (36) Kernite
Asteroids and ore - EVE University Wiki (37) Arkonor
Asteroids and ore - EVE University Wiki (38) Bistot
Asteroids and ore - EVE University Wiki (39) Mercoxit
Asteroids and ore - EVE University Wiki (40) Spodumain
Asteroids and ore - EVE University Wiki (41) Veldspar
Asteroids and ore - EVE University Wiki (42) Pyroxeres
Asteroids and ore - EVE University Wiki (43) Kernite
Asteroids and ore - EVE University Wiki (44) Bistot
Asteroids and ore - EVE University Wiki (45) Mercoxit
Asteroids and ore - EVE University Wiki (46) Spodumain
Asteroids and ore - EVE University Wiki (47) Veldspar
Asteroids and ore - EVE University Wiki (48) Arkonor
Asteroids and ore - EVE University Wiki (49) Bistot
Asteroids and ore - EVE University Wiki (50) Mercoxit
Asteroids and ore - EVE University Wiki (51) Veldspar
Asteroids and ore - EVE University Wiki (52) Kernite
Asteroids and ore - EVE University Wiki (53) Arkonor
Asteroids and ore - EVE University Wiki (54) Bistot
Asteroids and ore - EVE University Wiki (55) Mercoxit
Asteroids and ore - EVE University Wiki (56) Spodumain
Null Sec & Wormhole with A0 star
0.5 High-Low border systems
Asteroids and ore - EVE University Wiki (57) Ducinium Asteroids and ore - EVE University Wiki (58) Eifyrium Asteroids and ore - EVE University Wiki (59) Mordunium Asteroids and ore - EVE University Wiki (60) Ytirium
PochvenAsteroids and ore - EVE University Wiki (61) Talassonite Asteroids and ore - EVE University Wiki (62) Rakovene Asteroids and ore - EVE University Wiki (63) Bezdnacine

Arkonor, Bistot, Gneiss, Kernite, Omber, and Pyroxeres deposits may be found in wormholes.

For more detailed information on ore locations: https://ore.cerlestes.de/ore

In general, the rarer the ore, the higher its volume per unit (e.g. one unit of Veldspar has a volume of 0.1m3, whereas one unit of Arkonor has a volume of 16m3). Since mining lasers mine a given volume of ore per minute, it takes longer to mine the rarer ore types. Additionally, each ore reprocesses into a different set of minerals. For details, see Reprocessing.

Note that mining Mercoxit requires the Deep Core Mining skill as well as special mining modules (Deep Core Miners or Deep Core Strip Miners). All other ore types can be mined with all types of ore mining lasers or strip miners.

A long, long time ago...

The Resource Distribution update on December 17, 2019 removed Veldspar and Spodumain from Null Sec Asteroid belts, and reduced the value of the largest Ore Prospecting Anomalies. It is as of yet unclear if the removed ore types were replaced with others at different security levels and classes. See this dev post for the official announcement, which deliberately came 3 days after the change.

Ore variants

Each asteroid type has two extra subtypes that yield more (+5% / +10%) minerals when reprocessed. Otherwise they are identical in every way to their base ore, and are found in the same regions, but in lower quantities. For instance, if an asteroid belt has Omber asteroids, it will also have some Silvery Omber asteroids and a few Golden Omber asteroids. If you get the chance, you should always mine the higher-yield variants before mining the base ore.

Base ore+5% variant+10% variant
Asteroids and ore - EVE University Wiki (64) VeldsparConcentrated VeldsparDense Veldspar
Asteroids and ore - EVE University Wiki (65) ScorditeCondensed ScorditeMassive Scordite
Asteroids and ore - EVE University Wiki (66) PyroxeresSolid PyroxeresViscous Pyroxeres
Asteroids and ore - EVE University Wiki (67) PlagioclaseAzure PlagioclaseRich Plagioclase
Asteroids and ore - EVE University Wiki (68) OmberSilvery OmberGolden Omber
Asteroids and ore - EVE University Wiki (69) KerniteLuminous KerniteFiery Kernite
Asteroids and ore - EVE University Wiki (70) JaspetPure JaspetPristine Jaspet
Asteroids and ore - EVE University Wiki (71) HemorphiteVivid HemorphiteRadiant Hemorphite
Asteroids and ore - EVE University Wiki (72) HedbergiteVitric HedbergiteGlazed Hedbergite
Asteroids and ore - EVE University Wiki (73) GneissIridescent GneissPrismatic Gneiss
Asteroids and ore - EVE University Wiki (74) Dark OchreOnyx OchreObsidian Ochre
Asteroids and ore - EVE University Wiki (75) CrokiteSharp CrokiteCrystalline Crokite
Asteroids and ore - EVE University Wiki (76) SpodumainBright SpodumainGleaming Spodumain
Asteroids and ore - EVE University Wiki (77) ArkonorCrimson ArkonorPrime Arkonor
Asteroids and ore - EVE University Wiki (78) BistotTriclinic BistotMonoclinic Bistot
Asteroids and ore - EVE University Wiki (79) MercoxitMagma MercoxitVitreous Mercoxit
A long, long time ago...
On 3/30/2020, CCP pushed a previously announced but unscheduled update that changed moon ore distribution across all types of space. Prior to this change, moons could provide asteroid ores with +15% reprocessing yield. These ores are no longer obtainable outside of trading with players.

These ores were called; Stable Veldspar, Glossy Scordite, Opulent Pyroxeres, Sparkling Plagioclase, Platinoid Omber, Resplendant Kernite, Immaculate Jaspet, Scintillating Hemorphite, Lustrous Hedbergite, Brilliant Gneiss, Jet Ochre, Pellucid Crokite, Dazzling Spodumain, Flawless Arkonor, Cubic Bistot. There is no Mercoxit +15% variant.

Mineral Composition of Ores

OreVol-
ume
Batch
size[oc 1]
Mineral from 100%-yield reprocessing
TriPyeMexIsoNocZydMegMor
Veldspar0.11004000000000
Concentrated Veldspar (+5%)0.11004200000000
Dense Veldspar (+10%)0.11004400000000
Scordite0.1510015090000000
Condensed Scordite (+5%)0.1510015895000000
Massive Scordite (+10%)0.1510016599000000
Pyroxeres0.31000903000000
Solid Pyroxeres (+5%)0.31000953000000
Viscous Pyroxeres (+10%)0.31000993300000
Plagioclase0.3510017507000000
Azure Plagioclase (+5%)0.3510018407400000
Rich Plagioclase (+10%)0.3510019307700000
Omber0.61000900750000
Silvery Omber (+5%)0.61000950790000
Golden Omber (+10%)0.61000990830000
Kernite1.210000601200000
Luminous Kernite (+5%)1.210000631260000
Fiery Kernite (+10%)1.210000661320000
Jaspet210000150050000
Pure Jaspet (+5%)210000158053000
Pristine Jaspet (+10%)210000265055000
Hemorphite310000024090000
Vivid Hemorphite (+5%)310000025295000
Radiant Hemorphite (+10%)310000026499000
Hedbergite3100045000120000
Vitric Hedbergite (+5%)3100047300126000
Glazed Hedbergite (+10%)3100049500132000
Gneiss51000200015008000000
Iridescent Gneiss (+5%)51000210015758400000
Prismatic Gneiss (+10%)51000220016508800000
Dark Ochre81000013601200320000
Onyx Ochre (+5%)81000014281260336000
Obsidian Ochre (+10%)81000014961320352000
Crokite16100080020000800000
Sharp Crokite (+5%)16100084021000840000
Crystalline Crokite (10%)16100088022000880000
Spodumain161004800000100016080400
Bright Spodumain (+5%)161005040000105016884420
Gleaming Spodumain (+10%)161005280000110017688440
Bistot161000320012000016000
Triclinic Bistot (+5%)161000336012600016800
Monoclinic Bistot (+10%)161000352013200017600
Arkonor161000320012000001200
Crimson Arkonor (+5%)161000336012600001260
Prime Arkonor (+10%)161000352013200001320
Mercoxit401000000000140
Magma Mercoxit (+5%)401000000000147
Vitreous Mercoxit (+10%)401000000000154
OreVol-
ume
Batch
size[oc 1]
TriPyeMexIsoNocZydMegMor
Mineral from 100%-yield reprocessing

1234 Green backgrounds indicate the best value per m3 for that mineral.

  1. ^ a b Batch size is the minimal amount of ore you need for reprocessing. All values in the table (with the exception of volume) are based on one full batch.

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