Map features
Roads, water, green areas and many buildings are derived from OpenStreetMap and compatible public vector sources. Coverage and tagging vary by location.
Guide
How to 3D print a map from a real location
A good map print starts with the right crop and the right simplification. This guide covers the basic decisions that have the biggest impact on readability and print success.
- 3D Print
- STL & 3MF — ready for your slicer
- Wall Art
- High-resolution poster export
- Real Data
- Terrain, roads, buildings and water
- Step 1
Choose a focused area
A smaller, intentional crop usually prints better than a huge area with too much tiny detail.
- Step 2
Simplify the layers
Only keep terrain, roads, buildings, water and green areas that make the shape easier to understand.
- Step 3
Export and slice
Download STL or 3MF, inspect the geometry in your slicer and choose settings that preserve the important edges.
Most failed map prints are not caused by the printer alone. They usually start with a crop that is too large, details that are too fine for the chosen print size, or too many competing layers in the same area. The easier the map is to read on screen, the easier it usually is to print.
CreateYourMap.com is useful here because it lets you test that balance before export. You can switch Terrain 3D on or off, reduce visual clutter and pick a cleaner composition before the file reaches your slicer. To start directly, open the editor. For an imported hiking route, start with the TopoPrint 3D GPX workflow.
Recommended slicer settings for map models
Layer height
Use 0.20 mm as the default. Drop to 0.16 mm when the model is small and you want cleaner roads, markers or building edges.
Walls and top layers
Use 3 walls, 4 to 5 top layers and 4 bottom layers so thin elevated features do not look fragile.
Infill
12 to 18 percent is usually enough for a solid map base without wasting too much material.
Supports
Keep supports off unless your specific geometry creates real overhangs. Most map models should be designed to print without them.
Speed
Slow outer walls slightly compared with your normal profile if roads and building edges start to blur.
Orientation
Print the model flat on its base. That gives the strongest result and preserves the intended top geometry.
Method and limitations
How map data becomes printable geometry
This guide and the export workflow are maintained by Simon Raach. CreateYourMap combines public geographic sources with browser-side geometry generation; it does not claim that every building, road or elevation sample is complete or survey-grade.
Terrain
Relief is sampled from public Terrarium elevation tiles. The selected print size and elevation exaggeration determine how strongly height differences appear.
Export validation
STL and 3MF geometry is generated in the browser. Always inspect the result in a slicer because minimum feature size depends on crop, nozzle, layer height and printer calibration.
Detailed provider attribution and licensing are listed in the legal notice.
Frequently asked questions
What slicer settings are a good starting point for 3D printed maps?
For most map models, start with a 0.20 mm layer height, 3 walls, 4 to 5 top layers, 4 bottom layers and 12 to 18 percent infill. Use slower outer walls if roads or buildings are thin, and keep supports off unless your specific model creates unavoidable overhangs.
Should I print a map in PLA or something else?
PLA is the safest default for most map prints because it is easy to dial in, holds detail well and usually warps less than tougher materials. PETG can work too, but it often needs more tuning to keep edges crisp on small architectural detail.
Is Terrain 3D always better for a printed map?
No. Terrain is best when the location actually has meaningful relief. Dense city centers often print more cleanly with Terrain 3D turned off so roads, buildings and water remain easy to read.
How large should the selected area be?
Smaller is usually better. If the crop is too large, roads and buildings become too fine for the chosen print size and the final model loses clarity. It is better to print a focused area cleanly than a huge area with muddy detail.