Minecraft:Ore
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For the {{{Description}}} of the same name, see [[{{{Destination}}}]]. |
An ore is any uncommon rock-type Minecraft:block used to obtain specific resources.
Template:Block
Usage
Ore blocks are primarily collected for their resources, which are used for Minecraft:crafting items, such as tools, weapons, Minecraft:armor, and Minecraft:redstone circuits. The resource can also be combined to create a block of the material's type.
Most ores drop their resource when mined, and require a Minecraft:Silk Touch pickaxe to drop themselves.
- Ores that drop 1 unit of their corresponding material:
- Coal ore and its deepslate variant.
- Diamond ore and its deepslate variant.
- Emerald ore and its deepslate variant.
- Nether quartz ore.
- Ores that drop 1 unit of their raw material:
- Iron ore and its deepslate variant.
- Gold ore and its deepslate variant.
- Ores that drop multiple units of their corresponding material:
- Copper ore and its deepslate variant drop 2–5 raw copper.
- Redstone ore and its deepslate variant drop 4–5 redstone dust.
- Lapis lazuli ore and its deepslate variant drop 4–9 lapis lazuli.
- Nether gold ore drops 2–6 gold nuggets instead of raw gold.
The average yield of any of the ores in the list above can be increased by using a pickaxe with Fortune.
Ancient debris drops itself when mined and must be smelted to obtain netherite scrap.
Smelting ingredient
Ores can be smelted faster using a blast furnace.
It is not efficient to mine with Minecraft:Silk Touch and then smelt an ore block that normally drops multiple pieces of its resource, because smelting these ores yields less experience and only 1 piece of the resource. Nether gold ore is the only exception, as each ore block drops an average of 8.8 gold nuggets even when mined with Fortune III, which is less than a guaranteed gold ingot obtained from smelting the ore obtained using Silk Touch.
Note blocks
All types of ores can be placed under note blocks to produce "bass drum" sounds.
Distribution
{{#vardefine:params|0 }}Template:Hatnote The following is the distribution of ores according to the altitude (layers are number of blocks above the lowest layer of Minecraft:bedrock) in the Minecraft:Overworld and Minecraft:the Nether. For detailed generation, see Ore (feature).
- REDIRECT Template:Block distribution
Overworld
Template:Hatnote Template:Hatnote
Template:Redr<ref name="ore-not-fossil" group="fn">This refers to ore blocks spawned in blobs and not as parts of fossils.</ref> |
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Template:Redr<ref name="ore-not-fossil" group="fn"></ref> |
Template:Redr<ref group="fn">Instead of multi-block blobs, emerald ore is placed in scattered blocks.</ref> | |||
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| Stone variant | File:Coal Ore.png | File:Copper Ore.png | File:Lapis Lazuli Ore.png | File:Iron Ore.png | File:Gold Ore.png | File:Redstone Ore.png | File:Diamond Ore.png | File:Emerald Ore.png | ||
| Deepslate variant<ref group="fn">Deepslate and its ore variants only generate under layer 8.</ref> | File:Deepslate Coal Ore.png | File:Deepslate Copper Ore.png | File:Deepslate Lapis Lazuli Ore.png | File:Deepslate Iron Ore.png | File:Deepslate Gold Ore.png | File:Deepslate Redstone Ore.png | File:Deepslate Diamond Ore.png | File:Deepslate Emerald Ore.png | ||
| Raw resource | File:Coal.png | File:Raw Copper.png | File:Lapis Lazuli.png | File:Raw Iron.png | File:Raw Gold.png | File:Redstone Dust.png | File:Diamond.png | File:Emerald.png | ||
| Minimum pickaxe tier required |
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| Found in biome | Any |
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Any |
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Any |
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| Abundance | Very common | Common | Very common | Rare | Common | Rare | Common | Uncommon | Very rare | Uncommon |
| Total range | 0 to 320 | -16 to 112 | -64 to 64 | -64 to 72
80 to 320 |
-64 to 32 | -64 to 256 | -64 to 16 | -64 to 16 | -16 to 320 | |
| Most found in layers<ref name="actual-data" group="fn">This is based on data acquired from real world generation. Maximum values in world generation data files are different because in actual generation, terrain and features might prevent ores from spawning.</ref> | 45 | 43 | -2 | 14 | -18 | 32 to 256 | -59 | -59 | 85 | |
| None at layers | -64 to -1 | -64 to -17 and 113 to 320 | 65 to 320 | 73 to 79 | 33 to 320 | 257 to 320 | 16 to 320 | 16 to 320 | -64 to -17 | |
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The figures show the ore distribution by layer in Java Edition 1.18.2
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Ore distribution 1.18-1.20.2
The Nether
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| Ore block | File:Nether Quartz Ore.png | File:Nether Gold Ore.png | File:Ancient Debris.png | |
| Raw resource | File:Nether Quartz.png | File:Gold Nugget.png | ||
| Minimum pickaxe tier required |
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| Found in biome | Any Nether biome | |||
| Abundance | Very common | Common | Very rare | |
| Most found in layers<ref name="actual-data" group="fn"></ref> | 114 | 16<ref group="fn">Unlike most other ores, ancient debris' frequency peaks at layer 16, and quickly tapers off above and below.</ref> | ||
| Commonly up to layers | 120 | 95 | 23 | |
| Rare on layers | 123-125 | 96-116 | 22-119 | |
| None at or above | 128 | 117 | 120 | |
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Nether ore distribution as of 1.20.4<ref>https://github.com/Parcival791/DistribHelperTxt</ref>
<references group="fn"></references>
History
Java Edition
Bedrock Edition
Legacy Console Edition
New Nintendo 3DS Edition
Issues
Script error: No such module "Issue list".
Trivia
- Since it is exclusive to only two categories of Overworld biomes (mountains and windswept hills), emerald ore is actually rarer than ancient debris per chunk.
- The texture of ores were changed in 1.17 to make them distinct for color blind players.<ref>Template:Tweet</ref>
Gallery
Screenshots
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All of the current overworld ores, including deepslate variants
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Naturally generated diamond ore, redstone ore and lapis lazuli ore found in a canyon. Check the image for seed and coordinates
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Multiple ores found in one cave
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Several types of ore in a ravine
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Some ore being mined
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This graph shows the actual amount of ores found in a relatively small but untapped world as of Java Edition 1.12.2.
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The pre-Caves & Cliffs ore textures
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This graph shows the actual amount of ancient debris found in a relatively small but untapped world in Java Edition 20w06a.
Mojang screenshots
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Floating ores and lava
Caves and Cliffs development
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21w07a texture comparison
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The now and soon texture comparison of the ores and their deepslate variants (before 21w08a)
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Normal ores generating within deepslate (before the addition of deepslate ores)
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Early deepslate ore textures
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An image showing another texture for deepslate diamond ore which improves on blending the ore texture with the base deepslate
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An image showing another texture for deepslate diamond ore which improves on blending the ore texture with the base deepslate
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More ore texture revisions
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More ore texture revisions
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An image showing new iron and diamond texture
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21w08a texture comparison
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21w10a texture comparison
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Ore distribution in 21w07a
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Ore distribution in 21w08a/21w08b
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Ore distribution in 21w10a
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Ore distribution in 21w18a
References
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