High Resolution Ortho-Rectified Aerial Imagery provides geolocated, high-resolution images, crucial for precise surveying and accurate mapping at scale.
Dense 3D Point Clouds create highly detailed, three-dimensional representations of a site, essential for precise analysis and modeling in surveying and construction.
Accurate Digital Elevation and Surface Models provide precise 3D representations of terrain and surface features, critical for detailed analysis and planning in surveying and construction.
Detailed Digital Terrain Models offer precise 3D representations of the ground surface, essential for accurate planning and analysis in surveying and construction projects.
Advanced Multispectral Mapping and Analysis utilizes multiple wavelengths of light to create detailed maps, providing comprehensive data for environmental assessment and resource management.
Targeted Thermal Mapping and Analysis employs thermal imaging to detect temperature variations in buildings and infrastructure, offering critical insights for maintenance and energy efficiency.
Detailed 3D Mesh Models produce accurate three-dimensional representations of structures and terrain, crucial for precise analysis, planning, visualization, and historical preservation.
Comprehensive Roof Slope Analysis uses unmanned aerial systems to accurately assess roof slopes, providing detailed data for maintenance, repair, and structural evaluations.
In-Depth Vegetation Analysis and Encroachment Assessments for transmission lines evaluate plant growth and encroachments, providing essential data for maintaining power delivery infrastructure and right of ways.
Discover the future of land surveying and unlock new dimensions of accuracy with AOI’s advanced aerial technology solutions—where cutting-edge innovation meets precision.
Suitable for industries ranging from construction to conservation, offering versatile solutions.
High-quality data provides critical insights that drive smarter, more informed decisions.
Rapid data collection reduces field time and costs associated with traditional methods.
Access hard-to-reach areas safely and efficiently without the need for physical presence.
