Minecraft Pyramid Calculator

Choose the value you already know: pyramid height, base width, or available blocks. Then select a pointed 1 × 1 summit or flat 2 × 2 summit and choose hollow or solid construction.

The calculator returns the matching height and base dimensions, total material requirement, full stacks, loose blocks, shulker-box storage, and an exact schedule for every tier from the base to the summit.

When you enter a block budget, the calculator finds the tallest complete pyramid that fits. It also reports the unused blocks and how many more are needed to add the next complete tier.

This tool models a centred square pyramid with a one-up, one-in step pattern. Each new tier is one block higher and one block inward on all four sides, making it two blocks narrower than the tier beneath it.

A pointed pyramid uses odd widths and ends at one block. For example, a 39 × 39 base becomes 37 × 37, 35 × 35, and continues until the 1 × 1 summit.

A flat-topped pyramid uses even widths and ends at 2 × 2. A 40 × 40 base therefore produces 20 tiers and a centred four-block summit.

Hollow mode counts a one-block-wide square ring on each horizontal tier. It is useful for planning an exterior shell, but it does not include a ground floor or any usable interior construction.

A hollow tier wider than one block uses 4w − 4 blocks, where w is the tier width. This counts all four sides while avoiding double-counting the corner blocks. A 1 × 1 summit is handled separately and uses one block.

Solid mode fills each tier as a complete square, so a tier with width w uses w² blocks. Solid totals grow much faster because the large lower layers are completely filled.

The material total is converted into full 64-block stacks and loose blocks so you can prepare storage before starting the build.

The shulker estimate assumes 27 slots with one 64-block stack in each slot, giving a maximum of 1,728 ordinary building blocks per full box.

The interface reports how many shulker boxes are required and how much space is used in the final box. Leave additional inventory room for tools, food, rockets, lighting, scaffolding, and other supplies.

Tier 1 is always the bottom and widest layer. The next tier moves inward one block on every side and rises by one block.

The tier schedule lists each layer's dimensions, blocks required on that layer, and cumulative material total. Selecting a row also highlights that tier in the visual preview.

Following the schedule helps keep large builds centred and makes it easier to gather materials or divide construction between several players.

Hollow mode calculates only the horizontal perimeter ring on every tier. It does not create a sealed building by itself.

Add separate materials for the ground floor, internal floors, walls, stairs, supports, entrances, windows, lighting, storage rooms, farms, redstone, decoration, and exterior detailing.

Temporary dirt towers or starter blocks are also excluded because they can normally be removed and reused during construction.

This calculator is intended for architectural and decorative stepped pyramids of arbitrary supported height. It is not a beacon activation calculator.

Beacon bases use a limited number of complete mineral-block layers arranged according to the beacon structure rules. A hollow result from this page will not provide a valid beacon base.

Naturally generated desert pyramids and historical brick pyramids also contain specific layouts, rooms, traps, and internal structures that are not reproduced by this general geometric model.