Using Litematica means running one loop: load a schematic as a hologram, position it, build against it while the material list tracks your progress, and verify the finished build. This guide runs that loop once, end to end, with a small build. Once you have done it a single time, every larger project — a farm, a house, a redstone contraption — is the same four steps at a bigger scale. It assumes the mod is already installed; if it is not, start with how to install Litematica.
Step 1: Load the Schematic
Put your .litematic file in the schematics folder inside your Minecraft directory (.minecraft/schematics on Windows and Linux). The full paths for each operating system, and how subfolders work, are covered in how to load schematics.
In game, press M to open the Litematica main menu and choose Load Schematics. Select your file and load it. Loading creates a placement: a positioned copy of the schematic shown in the world as a translucent hologram (often called ghost blocks). The file itself is not changed by anything you do to the placement — you can move, rotate or delete the placement freely and reload the file later.
Step 2: Position the Placement
A freshly loaded placement sits at a default position, which is rarely where you want the build. To adjust it:
- Press M, open Schematic Placements, and click your placement in the list so it is the selected one (it gets a white outline).
- Click Configure — or press the Numpad Minus hotkey — to open the placement configuration for the selected placement.
- Set the position precisely in the configuration, or work directly in the world: with the tool item in the Schematic Placement tool mode, click to move the placement origin, use the middle mouse button on the hologram to select it, and hold Alt + mouse scroll to nudge it block by block in the direction you are looking.
- Use the rotation and mirror options in the placement configuration to turn the build in 90-degree steps or flip it. The hologram updates immediately.
Take your time here. A build placed one block off is the most annoying mistake to fix halfway through, especially in survival.
Step 3: Read the Hologram Before You Build
The hologram is more than a picture. Litematica renders the schematic with a configurable overlay that compares the hologram against the real world and marks blocks that are missing, blocks that are extra, and blocks that are wrongly placed — the same three ideas the verifier reports at the end. Before you place anything, the whole build reads as “missing”, which is correct. As you work, correctly placed blocks stop being marked, so a glance at the hologram tells you how much is left and where.
For anything taller than a few blocks, switch the rendering to a single layer or “all below” mode so you only see the floor you are working on — layer mode makes big builds dramatically easier to follow.
Step 4: Build Against the Material List
Open the material list for your placement (from the placement’s options in Schematic Placements). It lists every block the build needs, with totals and how many are still missing. Build in whatever order suits you — most players work layer by layer from the ground up — and let the list answer the two survival questions that matter: what do I still need, and how much of it? The material list guide goes deeper, including the on-screen HUD and how shulker box contents are counted.
In creative mode you can shortcut the manual work: pasting a schematic directly into the world is one of the mod’s creative-mode helper features. In survival there is no equivalent — the hologram, the layers and the material list are the tools, and the building is yours.
Step 5: Verify the Finished Build
When the hologram looks complete, press M + V to open the Schematic Verifier for the placement and run it. The verifier scans the whole schematic area and lists every mismatch it finds — a missing block behind a wall, one wrong stair, an extra block you placed by habit. Fix the entries, re-run it, and when the verifier comes back clean you know the build matches the schematic exactly, including the parts you cannot see. The verifier guide explains each result category in detail.
Good Habits Worth Forming Early
- One placement per project. Keep a single active placement for the build you are working on; extra loaded placements from other projects only add visual noise.
- Trust the toggles. If rendering ever vanishes, M + G toggles schematic rendering and M + R toggles all rendering — check these before assuming something broke.
- Eyes on server rules. The hologram, material list and verifier are pure information and are fine practically everywhere. Helpers that change how blocks get placed, such as Easy Place mode, are a different matter on multiplayer servers — read that guide’s warning section before using them anywhere but single player.
Frequently Asked Questions
What do I need before using Litematica for the first time?
A working install — Fabric Loader, Litematica and the matching MaLiLib — plus one .litematic file in your schematics folder. If you have not installed the mod yet, follow the install guide first; if you do not have a file yet, you can capture any build in your own world as a schematic.
Does Litematica place the blocks for me in survival mode?
No. In survival, Litematica shows a hologram of the build and tracks your progress, but you place every block by hand. One-click pasting exists only as a creative-mode helper. Third-party printer add-ons can automate placement, but they are separate mods, not part of Litematica itself.
My schematic hologram disappeared. How do I get it back?
You probably toggled the rendering off. M + G toggles schematic rendering and M + R toggles all Litematica rendering. Also check in Schematic Placements that the placement is still loaded and selected — the hologram belongs to the placement, and unloading the placement removes it.
Can I rotate or mirror a schematic after loading it?
Yes. Open the placement configuration (M, then Schematic Placements, then Configure, or the Numpad Minus hotkey) and change the rotation or mirror settings there. The hologram updates immediately, and the material list is unaffected because the set of blocks does not change.
Where to Go Next
To capture your own builds as files, see how to make a schematic. To get faster, learn the default keybinds — and if anything in the loop above misbehaves, the download hub is the place to confirm you are on the current build for your game version.