Kelowna drone capture · AD-CFD3E0EB
38 original drone photos from Kelowna, British Columbia, Canada, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Model view and selected photographs from this capture. Public previews are resized; full-resolution files are delivered under license.
About this capture
What is in the dataset
Counts and sizes reflect the files retained for this version.
| Data type | Format | Files | Size |
|---|---|---|---|
| Source photos | JPEG | 38 | 705.4 MB |
| Orthomosaics | GeoTIFF | 1 | 439.2 MB |
| Point clouds | EPT ZIP · LAZ | 2 | 924.8 KB |
| Camera data | GeoJSON · JSON | 3 | 34.7 KB |
| Project bundles | ZIP | 1 | 451.9 MB |
| Metadata | JSON | 4 | 38.7 KB |
Bundles may overlap with individual files. Storage totals are not unique ground coverage. Camera-data files may contain observations, calibration or reconstructed poses; inspect the sample and inventory for the exact contents.
Capture & geospatial details
- Location
- Kelowna, British Columbia, Canada
- Capture date
- September 2, 2026Source capture metadata
- Camera
- FC9113
- Coordinate system
- EPSG:32611
- Reported ground sampling distance
- 1 cmOrthomosaic pixel size; not independent source-camera GSD
- Reported scene area
- 3.29 hectaresOrthomosaic raster extent; includes no-data pixels, not a surveyed boundary
- Public location precision
- Approximate scene location
- Scene coordinates
- 49.84, -119.48
Accuracy & appropriate use
Photogrammetric reconstruction. Geometry is derived from the source imagery. It is not independent ground-truth geometry.
Source-reported post-alignment horizontal error estimate: 3.2 m. This is not an independent checkpoint measurement.
Geometry is reconstructed from imagery and is not independently surveyed ground truth. Source-reported horizontal error estimate: 3.2 m; not an independent checkpoint measurement.
Evaluate the supplied data against your own accuracy, rights and performance requirements before use.