The Beacon Pyramid, Priced Honestly

Verified: Java 26.3 / Bedrock 26.50 · 2026-09-16 · Java ranges and durations; Bedrock differences noted · Updated 2026-09-16

A beacon is the game's most transparent purchase: four fixed price tags, no randomness, no upkeep. This guide is the bill itemized — what each tier buys, why the material is a style choice, and how to stage the build so nothing is wasted. The beacon calculator runs your exact numbers.

The four price tags

The pyramid layers are odd squares: 3×3, 5×5, 7×7, 9×9 — 9, 25, 49, and 81 blocks. Cumulatively that is 9 blocks for level 1, 34 for level 2, 83 for level 3, and 164 for the full level 4. Every valid block is crafted from nine of its item, so the ingot bills read 81, 306, 747, and 1,476. Two facts make the top tier cheaper than it looks: 1,476 ingots is only 24 stacks — the entire bill rides in one shulker box — and each tier contains the previous ones intact, so nothing built early is ever thrown away.

What each tier buys

Level 1 (20-block range in Java) offers Speed or Haste. Level 2 (30) adds Resistance and Jump Boost. Level 3 (40) adds Strength. Level 4 (50) unlocks the secondary slot — Regeneration alongside your primary, or the primary upgraded to level II. Durations in Java follow pyramid level × 2 + 9 seconds: 11, 13, 15, 17. Bedrock differs in two documented ways worth knowing before you argue with a friend about reach: its effect box extends one extra block on the north and west sides, and its durations run 10/12/14/16. The ranges above are horizontal; vertical coverage has its own rules that vary enough by situation that we leave them to the wiki rather than compress them wrongly.

Iron is the right answer

Iron, gold, emerald, diamond, and netherite blocks all power a pyramid identically, and they mix freely — the game never checks the material, only the shape. So the pyramid question is really an acquisition-rate question, and iron wins it in every survival economy: it is the only candidate with cheap industrial-scale farming. The smelting calculator will tell you the fuel bill for cooking 1,476 raw iron: 185 coal, or 15 lava buckets, either way a rounding error next to the mining.

The netherite flex, itemized

Because the material does nothing, a netherite pyramid is pure signaling — and the signal is expensive enough to deserve its own arithmetic. Each netherite ingot crafts from 4 netherite scrap plus 4 gold ingots, so 1,476 of them cost 5,904 scrap and 5,904 gold — 11,808 ingredient items before the first block is crafted, with every scrap tracing back to ancient debris mined one explosion at a time. The same 164-block pyramid in iron: 1,476 ingots from any afternoon at an iron farm. Nothing else in the game has an 11,808-to-1,476 vanity ratio, which is presumably the point for the people who build one.

Staging the build

The smart path is incremental, and the calculator's "level already built" field prices it: start with level 1 for 9 blocks the day you clear a raid or wither, then upgrade — each step costs exactly the new base layer, 25 then 49 then 81, totaling the same 164 as building level 4 outright. A level-1 start means all but 9 of the final bill arrives later, on your schedule. Six beacons sharing one platform is where costs genuinely balloon; that geometry is its own topic and this guide stays honest by not pricing what it has not verified.

Limits

Not modeled: multi-beacon shared pyramids, the activation requirement of sky access above the beam, and Bedrock's asymmetric box beyond the note above. Sources: the Minecraft Wiki's beacon documentation (minecraft.wiki/w/Beacon) for the layer sizes, ranges, and durations; the 164-block and 1,476-ingot totals are not quoted from anywhere, they are summed from those layer sizes in this site's test suite. The netherite recipe is from the wiki's own netherite ingot page. Re-verified 2026-09-01; every number in this guide is asserted in our test suite.