Orthomosaic Mapping

Like Google Earth, but Sharper

Capture vast properties with precision and detail. We use advanced software to stitch together thousands of drone photos, producing high-quality maps with resolutions up to 0.7 inches per pixel.

google vs ortho resolution

Like Google Earth But Better

Our images provide accurate, up-to-date, true-to-scale representations of the Earth's surface, unlike satellite images that can be months or years old.

taking measurements form orthos

Calculate Area/Volume with Ease

Our detailed maps provide the precision needed for accurate measurements.

Applications of Orthomosaics

Agriculture

- Crop Health Monitoring

- Yield Estimation

- Irrigation Planning

Construction Site
Monitoring

- Progress Tracking

- Resource Management

- Safety Compliance

Urban Planning
and Development

- Land Use Planning

- Zoning Analysis

- 3D Modeling for City Development

Disaster Response
and Management

- Rapid Assessment

- Planning Recovery Efforts

- Monitoring Recovery Progress

Mining and Quarrying

- Volume Calculations

- Site Planning

- Safety Inspections

What is an Orthomosaic?

An orthomosaic map, or "ortho," is a single, geometrically corrected image created by combining many photos. Using the drone's GPS, we capture geo-referenced imagery. Our software then merges hundreds or thousands of high-resolution images to create a precise orthomosaic map.

Orthomosaics are high-resolution, geometrically corrected aerial images created by stitching together thousands of drone photos. These images are accurate, uniform, and provide a true-to-scale representation of the Earth's surface, making them invaluable for various applications.


Calculate Area/Volume with Ease

Our detailed maps provide the precision needed for accurate measurements, including stockpile volumes and roof dimensions for repairs or solar panel installations.

With map resolutions up to 0.7 inches per pixel, you'll see individual blades of grass poking through cracks in a parking lot. This level of detail and precision over a large area is made possible by specialized mapping technology.