Minecraft Pixel Art Generator
Upload an image and this free generator turns it into a Minecraft pixel art build plan — a zoomable block grid, a materials list with counts, and downloadable PNG, .schem, and .litematic plans. Every pixel is matched to the nearest of 89 blocks, entirely in your browser.
PNG, JPG, GIF, or WebP — processed entirely in your browser
Upload an image or load the sample to generate your Minecraft build plan.
Build summary
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How it works
Each pixel of your image is matched to the closest of 89 Minecraft blocks by Euclidean distance in RGB colour space: distance = √((R₁ − R₂)² + (G₁ − G₂)² + (B₁ − B₂)²). Transparent pixels are composited over white before matching.
Worked example
A 16×16 build uses 256 blocks, 32×32 uses 1,024, and 128×128 uses 16,384. A pixel of RGB (233, 236, 236) sits exactly on White Wool, so it matches with distance 0; RGB (200, 200, 210) is nearest to White Concrete at a distance of about 15.
Frequently asked questions
Is this Minecraft pixel art generator free?
Yes — completely free, with no signup, no watermark, and no usage limit. The generator runs entirely in your browser, so your image is never uploaded to a server. Generate as many plans as you like: a 16×16 chest icon, a 64×64 portrait, or a full 128×128 wall, each with a complete materials list.
How does the image-to-blocks conversion work?
The tool resizes your image to the chosen grid size, then matches every pixel to the nearest block colour using Euclidean distance in RGB space: √((ΔR)² + (ΔG)² + (ΔB)²). The palette holds 89 blocks across Concrete, Wool, Terracotta, and natural materials, so a 64×64 image yields exactly 4,096 matched cells.
What sizes can I generate?
Presets run from 16×16 (256 blocks) to 128×128 (16,384 blocks), and you can enter any custom width and height between 8 and 256 blocks. Larger grids keep more detail but need more materials: growing from 32×32 to 64×64 multiplies the block count from 1,024 to 4,096.
How do I build the plan in Minecraft?
Zoom into the grid to check cell placement, and hover any cell to see its row, column, and block name. Use the materials list as a shopping list — it counts every block and shows each one's share of the build — then download the PNG plan and work through it row by row in Creative or Survival.
What is the .schem file and how do I use it?
The .schem download is a Sponge Schematic version 2 file — the standard format for WorldEdit and FAWE. Drop it into your schematics folder (config/worldedit/schematics on Fabric or Forge), run //schem load minecraft-pixel-art, then //paste on flat ground. A 64×64 build pastes as a 64×1×64 layer you can view from above, like map art.
What is the .litematic file and how do I use it?
The .litematic download is a Litematica schematic for the Litematica client mod. Open Load Schematics, pick the file, and place it in your world as a hologram. Litematica then shows a block-by-block overlay and a material checklist, and its verifier highlights mistakes as you build the plan layer by layer in Survival.
Which blocks give the best colours?
Concrete gives the purest, most vibrant colours, Wool is slightly softer, and Terracotta adds muted, earthy tones. Natural blocks such as Quartz, Sand, and Glowstone cover bright neutrals and highlights. If two similar shades keep mapping to the same block, choose a higher-contrast source image or a larger grid size.
Why do similar shades become the same block?
A palette of 89 blocks cannot represent every colour, so the nearest-match rule maps near-identical shades to one block. Subtle gradients — skin tones, skies, shadows — may collapse into two or three blocks each. The overall image stays clearly recognisable while the shopping list stays manageable in Survival.
Can I use this for Minecraft map art?
You can, with one caveat: in-game maps render about 51 base map colours with distance shading, while this tool matches 89 full block colours. A build designed here looks correct as regular pixel art, but colours can shift slightly when viewed on a map. Preview your build on a map before committing materials.