Devco Development & Engineering provides professional Drone Ortho Survey services in Riverside County for construction, infrastructure, and land development projects. Using advanced drone technology, we capture high-resolution aerial imagery and convert it into accurate orthomosaic maps that provide a clear overhead view of project sites.
Riverside County is one of the fastest-growing regions in Southern California. Cities such as Riverside, Corona, Murrieta, Temecula, and Moreno Valley continue to expand with new housing developments, transportation infrastructure, and commercial construction. Drone ortho surveys provide an efficient way to gather detailed site data that supports these projects.
A drone ortho survey involves flying a drone equipped with high-resolution cameras over a project site to capture hundreds of overlapping images. These images are processed with specialized software to create a single orthomosaic map.
The images are corrected for distortion and aligned to maintain accurate scale. This creates an aerial map that engineers and developers can use for measurements and planning.
Drone mapping allows project teams to quickly analyze site conditions and improve coordination during construction.
Devco provides drone mapping services for a wide range of industries throughout Riverside County.
These industries rely on accurate aerial data to support planning, design, and project management.
The orthomosaic maps created from drone surveys can be integrated into CAD and GIS software, allowing engineers and planners to use the data for design and analysis.
Devco Development & Engineering is a licensed California contractor holding both a General A Engineering Contractor license and a General Contractor B license. Our team combines engineering expertise with modern drone mapping technology to deliver accurate aerial survey services.
If you need Drone Ortho Survey services in Riverside County, Devco Development & Engineering can provide reliable aerial mapping solutions that help your project move forward efficiently.