Minecraft Ore Finder — Diamonds, Ancient Debris, Iron & More on a Visual Map (Java + Bedrock)
Free Minecraft ore finder: enter your seed to map where diamonds, ancient debris (netherite), iron, gold and more spawn — on a visual map, with best Y levels and per-edition accuracy for Java 26.2 and Bedrock 1.26.40.
Also called: ore tracker · minecraft ore locator · ore map
Quick answer: Enter your seed and this Ore Finder marks where diamonds, ancient debris (netherite) and other ores spawn — on a visual map, not a flat list, at up to 91% accuracy across Minecraft Java 26.2 and Bedrock 1.26.40.
Pick an ore to find
Jump straight to a finder — visual map, exact Y-levels and per-edition accuracy for Java & Bedrock.
Diamond finderBest Y level: Y −59 · Java accuracy 91% · Bedrock accuracy 87%
Ancient Debris (Netherite)Java accuracy 91% · Bedrock accuracy 70%
IronJava accuracy 91% · Bedrock accuracy 85%
GoldJava accuracy 88% · Bedrock accuracy 92%
RedstoneJava accuracy 86% · Bedrock accuracy 93%
CopperJava accuracy 89% · Bedrock accuracy 89%
Lapis LazuliJava accuracy 89% · Bedrock accuracy 86%
CoalJava accuracy 85% · Bedrock accuracy —Best Y level & finder accuracy
| Ore | Best Y level | Spawn range | Editions | Java accuracy | Bedrock accuracy |
|---|---|---|---|---|---|
| Diamond | Y −59 | Y 16 to −64 | Bedrock 1.18+ · Java 1.18+ | 91% | 87% |
| Ancient Debris (Netherite) | Y 15 | Y 8 to 119 | Bedrock 1.18+ · Java 1.18+ | 91% | 70% |
| Iron | Y 16 | Y 320 to −64 | Bedrock 1.18+ · Java 1.20.2+ | 91% | 85% |
| Gold | Y −16 | Y 32 to −64 | Bedrock 1.18+ · Java 1.20.2+ | 88% | 92% |
| Copper | Y 48 | Y 112 to −16 | Bedrock 1.18+ · Java 1.20.2+ | 89% | 89% |
| Redstone | Y −59 | Y 15 to −64 | Bedrock 1.18+ · Java 1.20.2+ | 86% | 93% |
| Lapis Lazuli | Y 0 | Y 64 to −64 | Bedrock 1.18+ · Java 1.20.2+ | 89% | 86% |
| Coal | Y 96 | Y 320 to 0 | Java 1.20.2+ | 85% | — |
Accuracy is the share of marked hotspots that really contain the ore in your world, shown as a plain number.
What is the best Y level for each ore?
Diamonds and redstone are most common at Y −59, ancient debris (netherite) peaks at Y 15, gold around Y −16, copper at Y 48, iron at Y 16, lapis near Y 0 and coal up around Y 96. The table below lists every ore's best level and full spawn range.
Does the ore finder work for Java and Bedrock?
Yes. The finder reproduces ore generation from your seed for both editions — Java 26.2 and Bedrock 1.26.40 — and the spec table below lists every ore's Java and Bedrock accuracy figures. The two editions generate worlds differently, so pick the edition your world was made in.
Is there an ore finder for Minecraft Bedrock?
Yes — seven of the eight ores on this page work on Bedrock as well as Java: diamond, ancient debris, iron, gold, copper, redstone and lapis. Coal is the exception and is Java-only. Switch the edition on any finder and the map rebuilds your Bedrock world from the same seed; the table above carries both editions’ accuracy side by side, and on gold and redstone the Bedrock figures are the higher ones.
What is an ore tracker?
An ore tracker — also called an ore locator or ore finder — works out where ore veins generate in your world from the seed alone, before you dig. This one draws them on a map of your actual world instead of printing a list of coordinates, covers Java and Bedrock, and shows each ore’s measured accuracy so you know how far to trust a marker.
How the ore finder works
- Enter your world seed and pick your edition (Java or Bedrock) and version — the map redraws your exact world.
- Pick an ore from the rail above the map — its hotspots appear automatically on your world, with no button to press.
- Pan or zoom and fresh hotspots keep spawning. Click any one for its exact X / Y / Z, then dig there — the accuracy badge shows how often a marked spot really holds the ore.
Minecraft Ore Finder – frequently asked questions
How does the Minecraft Ore Finder work?
The Ore Finder reproduces Minecraft's own ore-placement maths from your world seed, entirely in your browser. It runs the same ore-distribution and cave-carving steps the game uses, then marks the chunks where diamonds, netherite and other ores are most likely to be exposed. Nothing is uploaded – your seed never leaves your device.
Why isn't the Ore Finder 100% accurate?
Where an ore ends up depends on the exact terrain and caves Minecraft carves around it, and no in-browser tool can rebuild every block the game places. We reproduce that terrain very closely, so a hotspot marked with a high percentage really contains the ore in your world around 85–91% of the time on Java, and 70–93% on Bedrock — the per-ore figure for the edition you picked is on the badge and in the table above. A few spots may have been carved away by a cave or shifted slightly, so treat the markers as very strong leads rather than a guarantee.
Which ores can the finder locate?
In the Overworld it finds diamond, iron, copper, gold, redstone, lapis lazuli and coal, and in the Nether it finds ancient debris (netherite). You search one ore at a time and can optionally limit the search to a specific Y level.
What is the best Y level to mine diamonds?
Diamonds get more common the deeper you dig, peaking around Y -59 in current versions (they generate between Y -64 and Y 16). The finder defaults to each ore's full spawn range, and you can tick 'limit to a specific Y level' to focus on the richest band – for diamonds, around Y -59 to -54.
Does the Ore Finder work for my Minecraft version?
It works on both Java and Bedrock Edition. On Java it covers modern versions, including 1.21 and the 26.x releases, which share the same ore-generation rules. Bedrock Edition is now supported as well – on 1.18 and newer it finds the Overworld ores (diamond, iron, copper, gold, redstone and lapis lazuli). The two editions use different world generators, so make sure you pick the edition your world was created in.
Is using the Ore Finder cheating?
That is up to how you like to play. In single-player it is just a faster version of strip-mining for a diamond start. On multiplayer servers, check the rules first – some servers don't allow seed-based tools.
