Map of Talne in STL format
A map built from OpenStreetMap data, ready to download
Customize the map
Open this place's area in the constructor and adjust everything to your needs
Open in constructor →Map passport
What this map contains by default
This is how the map is built as-is — every setting can be changed in the constructor.
About STL
Map of Talne in STL — an export of real OpenStreetMap data for the selected area.
STL (Standard Tessellation Language) is the standard 3D printing format. Buildings and terrain are exported as a triangulated mesh ready for slicing software.
Which layers are in the file
This file for the selected area contains:
- Roads
- Buildings
- Water
- Greenery
- Points of interest
Coordinate systems
WGS 84 (EPSG:4326), selectable in the wizard
Compatibility
Units
Meters (projected in the chosen coordinate system)
| Category | 3D |
| File extension | .stl |
| Tier | Free |
What's in the STL map of Talne
2,760 buildings (240 residential, 9 commercial, 5 industrial, 3 religious), 181.1 km of roads, 127 points of interest, 13 landmarks.
The area covers 38 km², with about 73 buildings per km².
Mostly residential streets 87.4 km, secondary roads 30.7 km, tertiary roads 26.5 km.
15.8% of the area is green space.
The map marks 2 parks and 4 water bodies.
Key amenities: schools — 4, pharmacies — 5, supermarkets — 6.
Public transport: 27 bus stops, 1 rail stations.
3D model with 2,760 buildings for 3D printing. Each building is a separate volume with height.
Main streets: вулиця Свободи, Вокзальна вулиця, вулиця Миру, Соборна вулиця, Майданецька вулиця
Landmarks: Палац графа Шувалова, Пагорб Слави, Бюст Т.Г.Шевченка, Зал Царства Свідків Єгови, Петропавлівська церква
How to use STL for Talne
- Select the Talne map area on the main page
- Choose STL format and configure export settings
- Click Export and wait for processing
- Download the file and use in your application
Programs that open STL
FAQ: STL for Talne
Can I 3D-print the map?
Yes! The STL file contains buildings with realistic height proportions. Open in Cura or PrusaSlicer and send to print.
