Orthomosaic Mapping & Modeling
Our 2D and 3D orthomosaic drone services offer cutting-edge solutions for precise mapping, modeling, and visualization of diverse landscapes and structures. Powered by advanced drone technology, our services enable you to obtain highly detailed, geo-referenced 2D orthomosaics and immersive 3D models, providing invaluable insights for various industries, from agriculture and construction to environmental monitoring and urban planning.
3D Orthomosaic Model
3D orthomosaic models are comprehensive representation of a surveyed area, combining detailed terrain information with accurate georeferencing. It is created by processing high-resolution drone or aerial imagery to generate a three-dimensional model of the landscape. This model includes not only horizontal details but also vertical information, such as elevation changes, slopes, and the 3D structure of buildings and other features. The result is a realistic and geospatially accurate map that enhances spatial understanding, supports informed decision-making, and finds applications in diverse fields, including urban planning, construction, environmental monitoring, and natural resource management.
2D Orthomosaic Map
2D orthomosaic maps are detailed, georeferenced, and orthorectified aerial image or map created by stitching together a series of overlapping photographs taken from a drone or an aerial platform.
A 2D orthomosaic map serves as a critical tool across multiple industries, offering a highly accurate and detailed representation of the Earth's surface. In agriculture, it supports precision farming by providing insights into crop health, irrigation needs, and yield estimation. Urban planners utilize 2D orthomosaic maps for zoning analysis, infrastructure development, and land-use planning. In environmental monitoring, these maps aid in assessing changes in landscapes, monitoring habitats, and evaluating the impact of environmental factors. Additionally, the construction industry benefits from 2D orthomosaic maps for site planning, progress tracking, and project management. The versatility of 2D orthomosaic maps extends to applications in forestry, land surveying, disaster response, and more, contributing to informed decision-making and spatial analysis in diverse sectors.