Ortho Imagery

Ortho imagery is a type of aerial photograph that has been geometrically corrected through a process called orthorectification. This process removes distortions caused by camera tilt, lens errors, and differences in terrain elevation, ensuring that every feature is accurately positioned according to its real-world geographic location. Unlike traditional aerial photographs, ortho imagery maintains a consistent scale throughout the image, making it suitable for precise measurements of distances, areas, and locations.

Created by combining aerial images with elevation data and advanced correction methods, ortho imagery provides a detailed and accurate view of the Earth’s surface. It is widely used in GIS, remote sensing, cartography, urban planning, land administration, environmental monitoring, infrastructure development, and spatial analysis. As a reliable geospatial data source, ortho imagery helps professionals create accurate maps, analyze landscapes, monitor changes, and make informed location-based decisions. Its high accuracy and visual clarity make it an essential foundation layer for modern mapping and geospatial applications.