Browse drone scenes from United States with retained camera data. Compare scene inventories, evaluate available samples and request a commercial license for AI training or spatial analysis. File availability and accuracy limitations are shown for each scene.
Evaluate one scene before licensing the larger collection. Samples have separate evaluation terms.
55 original drone photos from Ridgway, Colorado, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
13 original drone photos from Olympia, Washington, United States, paired with metadata, project bundles, camera data, 3d meshes, point clouds. Evaluate a sample and request a commercial license for AI training or spatial analysis.
3D model-focused
29 original drone photos from Ahwahnee, California, United States, paired with metadata, project bundles, camera data, 3d meshes, point clouds. Evaluate a sample and request a commercial license for AI training or spatial analysis.
3D model-focused
81 original drone photos from Cary, North Carolina, United States, paired with metadata, project bundles, camera data, 3d meshes, point clouds. Evaluate a sample and request a commercial license for AI training or spatial analysis.
3D model-focused
65 original drone photos from Louisville, Kentucky, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
29 original drone photos from Valmy, Nevada, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
58 original drone photos from Portland, Oregon, United States, paired with metadata, project bundles, camera data, 3d meshes, point clouds. Evaluate a sample and request a commercial license for AI training or spatial analysis.
3D model-focused
400 original drone photos from Mabank, Texas, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
180 original drone photos from Mabank, Texas, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
100 original drone photos from Kapaʻa, Hawaii, United States, paired with metadata, project bundles, camera data, 3d meshes, point clouds. Evaluate a sample and request a commercial license for AI training or spatial analysis.
3D model-focused
274 original drone photos from Sacramento, California, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
142 original drone photos from Perryville, Missouri, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
32 original drone photos from Hingham, Massachusetts, United States, paired with metadata, project bundles, camera data, point clouds, orthomosaics. Evaluate a sample and request a commercial license for AI training or spatial analysis.
Ortho-focused
98 original drone photos from Daytona Beach, Florida, United States, paired with metadata, project bundles, camera data, 3d meshes, point clouds. Evaluate a sample and request a commercial license for AI training or spatial analysis.
3D model-focused
29 original drone photos from Ahwahnee, California, United States, paired with metadata, project bundles, camera data, 3d meshes, point clouds. Evaluate a sample and request a commercial license for AI training or spatial analysis.
3D model-focused
Share your geography, formats, intended use and timeline.
