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Think google maps but with much higher resolution and image quality.
Quickly capture valuable insurance data before or after a loss.
Cost effective and timely solutions with minimal site disruption.
Georeferenced elevation map for use in your GIS workflow
Aerial progress photos for reference and promotional use
Orthomosaic maps are generated by combining a grouping of overlapping high-resolution images. These images are combined and processed to create a new larger image, which is a highly detailed map that is in scale and can be used for many different purposes.
Here at OMedia, we have generated orthomosaics for use in construction, site surveys, solar energy, real-estate, and more.[/vc_column_text][/vc_tta_section][vc_tta_section i_icon_fontawesome=”fa fa-area-chart” title=”Volumetrics” tab_id=”1471144645713-356e399d-8823″ add_icon=”true”][vc_column_text]
Volumetric data is a critical piece of information for many industries. Most commonly, this is used to determine the amount of media contained in a stockpile. OMedia can quickly generate data from any type of stockpile, including aggregate materials like sand, stone, gravel and rock, to biomass products like pulp, paper, timber, logs, wood chips, mulch and manure, as well as minerals like gypsum, kaolin, lime, clay and ceramic, even road-building materials such as asphalt, petroleum, coke, cement and concrete.
The size of pits and landfills can also be accurately measured based on cut and fill volumes.
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Digital Elevation Models (DEM) are a continuous 3D representation of a terrain surface area that has been geometrically corrected. This means the image can be used to measure distances and heights.
We generate two common forms of DEMs:
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The high degree of accuracy that our UAV maps provide helps improve the likelihood of identifying the cause of an accident.
Using a UAV to capture a highly detailed rendering of the site saves time on two fronts. On the one hand, a UAV can dramatically reduce the amount of time that a loss adjuster needs to spend on-site and reduce the risk of an accident.
Secondly, the quality of the information captured, and the ability to easily collaborate on a web-based map can help adjusters and insurance inspectors complete their analysis faster.
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