ACTIONABLE DATA
PRECISION ACCURACY
Drones take traditional data capture to a whole new level. From asset inspections to survey-grade maps, drone technology is saving time and money while mitigating risk.
Who we've helped:
Structural Engineers
Civil Engineers
Estimators
Safety Directors
Architects
Project Managers
Construction Superintendents
Restoration/Preservation Professionals
INSPECTION
SAFE & EFFICIENT INSPECTIONS
Drones are a powerful resource for inspections. They reduce the need for expensive boom lifts, swing stages, and scaffolding. Drones can access hard to reach locations, specifically target areas of concern, and eliminate human error.
CASE STUDY: RGB
Traditional Methods vs Drone Methods
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Traditional: Erect sophisticated scaffold and swing stages for multi-week inspection
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Drone: Drone serves as preliminary means of inspection. Cutting out several weeks of traditional inspection.
Benefits
Drone vs Traditional methods:
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Speed: Inspection timeline with drone - 3 days vs multi-week.
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Cost: Using drone saved owner ~$80K in scaffolding rental and inspection man hours.
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Worker Safety: Drone replaced boots on a scaffold.
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Public Safety: Owners can make real-time actionable public safety decisions.
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Accessible: Clean data that can be easily stored and accessed for future use.
CASE STUDY: THERMAL
Traditional Methods vs Drone Methods
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Traditional (Roof): Core cuts executed on the roof
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Drone (Roof): Thermal camera detects water penetration on roof
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Traditional (Windows/Facade): Swing stages for 1-2 week inspection.
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Drone (Windows/Facade): Drone served as preliminary means of inspection. Cutting out several days of traditional inspection.
Benefits
Drone vs Traditional methods:
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Speed: Inspection timeline with drone - 1 days vs multi-week.
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Cost: Saved owner ~$20K in swing stage and inspection hours.
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Worker Safety: Drone replaced boots on a scaffold.
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Accessible: Clean data that can be easily stored and accessed for future use.
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Thermal sees what the naked eye can’t.
MAP, MODEL, & BIM
SURVEY-GRADE
Survey-grade mapping
Develop high-resolution interactive maps and models for civil engineers, excavators, and architects:
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Orthomosaic (File format: GeoTIFF)
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Digital Surface Model (File format: GeoTIFF)
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Digital Terrain Model (File format: GeoTIFF)
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Digital Elevation Model (File format: GeoTIFF)
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3D Model (File format: OBJ, FBX Autodesk)
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3D Point Cloud (File format: LAS)
360 PANORAMA
Live Action
Aerial insights captured in real-time. Click to view a 360 Panorama.
Using precision GPS, the drone captures high-resolution images and stitches them together. The result - a very detailed 360-degree panorama that can be shared with key stakeholders in minutes using cloud technology.
3D POINT CLOUD
A Point Cloud is a 3D visualization made up of thousands or even millions of georeferenced points.
Point clouds provide high-resolution data without the distortion sometimes present in 3D mesh models and are commonly used in industry-standard software.