Search for a place and pick it to make a model, or draw the area you want to print.Drag the handles on the map to move, resize or turn the area.
Imprima os trajetos reais dos astronautas da Apollo e de seus jipes lunares, com uma estrela no local de pouso.
Ignores elevation and prints a flat base plate carrying just the map features (buildings, roads, water…). Great for a clean city map.
For small areas (up to about 1.5 km across): ground coloured by gardens, fields and woods, coloured roofs, windows and chimneys, trees, hedges, fences and walls, and kerbs along roads. Applies on the next Generate.
In close-up models, car parks, town squares, pedestrian areas and markets print as a thin flat surface in their own colour, with roads on top. Applies on the next Generate.
Runways and taxiways print as raised strips and aprons as flat pads, in their own colour. Applies on the next Generate.
Dams print as concrete walls, race circuits as roads and docks as water. Close-up models also get rail platforms, stadium bleachers and fountains. Applies on the next Generate.
Have sharper elevation data, from a drone survey or your country's mapping agency? Load it and the model uses it inside its area, blending into the normal elevation outside. Your files stay on this device: they are never uploaded.
GeoTIFF, ASCII grid (.asc), XYZ grid, LAS or LAZ point clouds. Pick several tiles at once, or drop them on the map.
For data with a different height reference (for example GPS heights), so its edges meet the land around it. Applies on the next Generate. Not used for large projects.
Leaves out buildings whose footprint would print smaller than this across, such as sheds and kiosks that come out as loose specks. 0 keeps every building. Applies on the next Generate.
Adds floor lines to tall buildings and a raised edge around flat roofs, only where they are big enough to print. Turn off for plain blocks. Applies on the next Generate.
Famous landmarks such as the Eiffel Tower, CN Tower or Taj Mahal print as detailed 3D models instead of plain blocks when one fits inside your selection. Applies on the next Generate.
Browse and download the landmarksMaps only show the top of a lake, so this lowers the ground under it to a lake bed. The Great Lakes, Lake Baikal and a few others use the surveyed bed from GEBCO. Everywhere else the bed is an estimate — a smooth bowl, deepest far from the shore, down to the lake's published deepest point for about 150 well-known lakes, or a guess from its size. Applies on the next Generate.
The water prints as a thin surface at the lake's level, its own colour. Print the bed in the terrain colour and the water in clear filament (it needs supports over the lake), or switch the surface off for an open lake bed.
Prints every tree mapped in OpenStreetMap where it stands (cones for conifers, round crowns for broadleaf trees, sized from their real height where it's known), trees along mapped tree rows, and trees scattered through woods and parks, kept off buildings, roads and water. Applies on the next Generate / export.
Trees are at least 1.2 mm across and 1.6 mm tall so they print with a 0.4 mm nozzle. When a forest is too dense to print tree by tree at this size, Automatic prints it as a bumpy forest canopy instead.
Trees are their own part in a multi-colour 3MF. With Surface colours on, they automatically use the forest colour, so they don't need another filament.
Print the place as it was in a past year: buildings, roads, rail, water and parks come from OpenHistoricalMap instead of today's map. Shows what volunteers have mapped for that year; terrain is today's. Applies on the next Generate.
Most places have little mapped for the past yet, so the model may be mostly bare terrain; you'll see how much was found before it's built. Not for large projects.
Historical map data: OpenHistoricalMap contributors.
Fine-tune how each map layer prints. Heights are multiplied on top of the terrain's height exaggeration; widths only apply to roads, trails and rail, and scale their real width (each keeps a printable minimum).
Raised topographic lines at fixed elevation steps — adds a classic relief-map read, especially for single-colour prints.
Import one or more hikes/rides (.gpx) and emboss each as its own raised ridge on the terrain — every route gets its own colour and prints on its own filament. Make sure your selection covers the routes.
Searches OpenStreetMap in the map view. Leave the name blank to list every route here.
The default for every route. Type a width next to a route to change just that one.
Mark the places that matter, like where you met, your first home or where you said yes. Each pin prints as a raised marker in its own colour, with a numbered legend on the frame or base.
Drag a pin on the map to move it. Changes show in the 3D preview and downloads without generating again.
Raised ski runs from OpenStreetMap, coloured by difficulty, plus ski lifts as dashed lines. Each colour prints on its own filament.
Fairways, greens, tees, bunkers, rough and water hazards from OpenStreetMap, each printed on its own filament as part of the terrain surface.
Types with the same colour print as one part, so tees and greens share a filament unless you change one.
Glaciers, snow and wildfire burn areas, each printed on its own filament as part of the terrain surface. Approximate, for display.
See where rain runs on your model. Press Make it rain in the 3D preview to watch it run downhill into streams. You can also print what the rain shows.
Make a model you can pour real water on. It runs down the real valleys in printed channels, fills the lakes and flows out where the real river does. Great for classrooms and science fairs.
Colour the model by the rocks under the ground, from geological maps. Each colour prints on its own filament as part of the terrain surface.
Geology: Macrostrat (CC BY 4.0) and the maps it brings together.
See where the ground has shaken. Recorded earthquakes show as dots, bigger for stronger quakes, and fault lines show where the ground can slip. Both can print on your model.
Earthquakes: USGS (public domain). Fault lines: USGS Quaternary Fault and Fold Database (public domain). Plate boundaries: PB2002, Bird (2003) (ODC-By).
Draw your own buildings with the tools below — they extrude into the model and always print, even with the map's buildings turned off. Pick a tool and draw on the map; then hit Done and click a building (or a row below) to move, rotate, resize, or change its height.
Engraves terraprinter.com into the bottom of your download, where it's hidden on display. It helps others find the tool. Thank you!
Adds a raised picture-frame rim around the model — a clean base with room for a place-name plaque.
On multi-tile grids the border goes round the outside edge only, so the tiles make one frame.
Surface colours are off while the HD satellite map is on. Pick another map to use them.
Splits the terrain surface into printable colour regions, each printing as a thin coat welded onto the base terrain on its own filament — made for AMS / MMU / toolchanger printers. Applies on the next Generate / export.
Colours by natural land-cover (forest, grass, rock, sand, glacier) from OpenStreetMap. Untick a type to leave it as bare terrain; water keeps the Water layer colour.
Ground above this elevation prints as snow (auto follows latitude). Untick Snow above to turn it off.
Unmapped ground steeper than this prints as rock.
The base terrain uses one slot; if there are more surface colours than the rest, the least-used merge into their neighbours.
Colour specks smaller than this (printed size) join the area around them — fewer filament swaps, cleaner print.
Opens on the map you're looking at
See what a place would look like if the sea rose, or print the coast of the last ice age. Only land the sea can reach floods, and it prints as its own colour part.
Normally only land the sea can reach floods, so dry basins like Death Valley stay dry. The map tint floods every low spot and is only a guide. Dikes, sea walls, sediment and land rising or sinking aren't modelled.
Turn any place on Earth, Mars or the Moon into a 3D-printable model, right in your browser.
Elevation from Copernicus DEM and NASA missions. Map data © OpenStreetMap contributors.
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