ROAD INSPECTION

 

Civil engineers and construction crews can rely on drones to deliver geographic information system (GIS) data on the road, enabling them to make more strategic judgments. Geospatial tools enable efficient building and upkeep of infrastructure projects, such as roads and bridges.

​

ACCURATE & DETAILED DATA

 

Topographic maps: A comprehensive aerial map that displays elevation variations is called a topographic map.

 

Orthomosaic maps: Drones can gather thousands of aerial photographs over wider areas, which can then be combined to create an orthomosaic map for considerably more thorough baseline data.

 

Corridor maps: A road's linear 2D or 3D blueprint is called a corridor map. They are usually produced by drones that have real-time kinematic (RTK) positioning technology installed.

 

Earthwork surveys: On a building site, the soil is measured using drone earthwork surveys to within 1 to 2% of its genuine volume.

 

HIGHLIGHTS

 

• Make topographic surveys easier to use for planning and land management

• Detailed topographical representations of the site

• Incredibly precise surface and distance measurements

• Using thermal imaging to yield insightful data

 

ADVANTAGES

• Better Ability to Make Decisions

• Visual Records

• Greater accuracy and speed compared to traditional inspection techniques

• Simplify processes to inspect errors and damages in a lot less time.

• Comparatively less time and money spent as comparison to traditional ways

 

​