rescape

San Francisco 3D model

Central San Francisco — DXF + STL

By far the largest region in the catalogue: 2.6 × 3.3 km of central San Francisco, taking in the hills west of the Mission. This is the clearest demonstration of what 1 m lidar buys you — a rigid street grid laid over real topography, where the terrain does as much work as the buildings.

A ready-made 10 × 10 km square around the city — terrain, buildings, roads and water, already generated and checked. Download it the moment you pay.

  • 100 km²
  • Rectangle
  • Layered DXF
  • Printable STL

Want a smaller area, a circle, rounded corners or other layers? .

Price

Instant download

$15

3D model · San Francisco

Viewer coming soon
10.0 km × 10.0 km 100 km² standard 10 × 10 km

Need an exact site instead? Open this region in the editor and draw any boundary, or see pricing.

Rendered from a real export

A 8.82 km² patch of the pack, exported and rendered as-is.

Isometric render of the San Francisco export — terrain surface with building masses and road network

This region, in numbers

Centre
37.7700° N
122.4350° W
Extent
2,640 m × 3,340 m
Area
8.82 km²
Terrain resolution
1 m
Projected CRS
UTM 10N · EPSG:32610
Formats
Layered DXF · STL

What to expect here

  • Nearly nine square kilometres — an order of magnitude larger than the other city regions here, and a useful stress test of export size.
  • Severe relief under a rigid street grid; roads are draped onto the lidar surface rather than flattened.
  • Prime USGS 3DEP 1 m lidar coverage, which is what makes the hill profiles hold up at print scale.
  • Well above the 1 km² free tier — this one is a paid export.

Where the data comes from

Terrain sources are tried in order and the first one that actually covers the region wins, so the resolution you get depends on what has been flown here:

  1. 1 USGS 3DEP lidar 1 m
  2. 2 USGS 3DEP 1/3 arc-second ~10 m
  3. 3 Copernicus DEM GLO-30 30 m

Buildings, roads, water and landuse come from Overture Maps, which is global and openly licensed. Building heights are used where the source has them.

Practical guide

Turn this region into CAD context

See how to choose useful layers, generate a DXF and verify open-data geometry before using it in a drawing or model.

Read the CAD site-context guide →

Other regions

All regions in the catalogue →