Urban Planning

Drone data creates accurate 2D and 3D models that integrate seamlessly with local geographic information systems, helping teams visualize results.

Urban Planning Key Benefits

City Modeling

Design and plan more effectively with 3D reality models that accurately reflect landform and architectural information.

Urban-Rural Classification

Obtain accurate 2D maps and 3D models of the landscape as frequently as required to ensure proper, up-to-date classification.

Corridor Mapping

Quickly map corridors such as rivers, bridges, and roads, creating accurate 2D and 3D models to facilitate maintenance and inspection.

City Modeling

Traditional Challenges in City Modeling

  • The lack of precise position data makes it difficult to align BIM designs, road vector maps, Google maps, and satellite imagery, costing time and labor.
  • 2D designs are unable to illustrate the spatial information required to fully visualize the design.
  • The BIM designs can be quite different from the reality model, making it difficult to visualize and verify the design.
  • How Drones Help Create Cities Models

  • Quickly take off and fly over cities or rural areas to capture data using automated flights, reducing costs and cutting fieldwork hours.
  • Create 3D models with accurate, geo-referenced data that can be readily fitted into the BIM models to visualize designs.
  • The 3D models generated using photogrammetry software are compatible with a variety of GIS software, streamlining the planning process.
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    Urban-Rural Classification

    Traditional Challenges in Urban-Rural Classification

  • Classification often relies on a combination of Google Maps, physical maps, and contour maps, which are low-resolution, not updated frequently enough, and not intuitive.
  • The environment can be complex with infrastructure such as roads, bridges, and water supply. This makes mapping difficult.
  • Traditional 2D maps do not capture enough GIS information for an environmental impact analysis needed in infrastructure planning. A 3D model would be more ideal.
  • How Drones Help with Urban-Rural Classification

  • Surveying drones and software solutions combine multiple types of geographic information to create 2D orthomosaics and 3D models to help with classification and planning.
  • Quickly take off and fly over cities or rural areas to capture data using automated flights, reducing costs and cutting fieldwork hours.
  • The 2D maps and 3D models generated are compatible with a variety of GIS software, so results can be quickly visualized for timely adjustments.
  • Aerial data collected by drones can be used to create topographic maps for additional feature analyses.
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    Corridor Mapping

    Traditional Challenges in Corridor Mapping

  • Traditional methods are unable to produce high-resolution representations with 3D geographic information.
  • The environment can be complex with infrastructure such as roads, bridges, and water supply. This makes mapping difficult.
  • Corridor structures such as rivers and power line corridors are hard to map manually, resulting in longer hours and higher costs.
  • How Drones Help Map Corridors

  • Surveying drones and software solutions combine multiple types of geographic information to create 2D orthomosaics and 3D models to help with classification and planning.
  • Drones can be operated in complex terrains, with intelligent features that follow the terrain to ensure flight safety without compromising data accuracy.
  • The 2D maps and 3D models generated are compatible with a variety of GIS software, so results can be quickly visualized for timely adjustments.
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