Unmanned Aerial Systems (UAS), or drones, are becoming increasingly common tool in the survey, mapping, and engineering fields. Incorporating these aerial imaging and mapping platforms into our services is adding new dimensions and perspectives as we measure and observe project sites and structures. This technology is a tremendous tool where site safety and accessibility are a concern. It also provides an economical means of frequent observation and measurement.
Inspection/Observation Applications
While UAS may never replace the human element of a professional inspection or construction observation, this technology is already proving to be a useful tool to provide new perspectives for project sites and structures.
Applications include:
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First-person scouting missions for structural inspection.
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Construction progress reporting.
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Documentation for traffic and parking volume studies.
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Storm damage assessment.
Mapping Applications
UAS systems are capable of supporting high accuracy topographic mapping for small project sites. This technology is providing high definition surface models for contour generation and volumetric calculations with rapid deployment and turnaround time. These systems are especially effective at mapping sites that require frequent updates and for accessing potentially hazardous work environments.
Our mapping capabilities include:
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Digital surface models and contour generation.
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Volumetric analysis and topographic change detection.
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High resolution aerial imagery.
Topographic mapping products derived from UAS imagery:
Volumetric computations from the topographic mapping:
1″ = 50′ scale site maps:
Customized Viewing Perspectives
Ayres flight planning and data processing software is specifically designed for sUAS technologies. Our customized workflows allow for efficient handling of your project ensuring data we be delivered that will meet your needs. Ayres Associates can capture imagery multiple viewing perspectives:
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First-person point-of-view (POV) to see the world from the UAS.
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Nadir (top down) and oblique-angle viewing perspectives.
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HD Video can be captured (up to 4k).
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