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SURVEYING

Drone surveying, also known as UAV (Unmanned Aerial Vehicle) surveying or aerial surveying, is the process of using drones equipped with sensors, cameras, and GPS technology to collect aerial data for mapping, modeling, and analysis purposes. Drone surveying involves capturing high-resolution imagery, LiDAR (Light Detection and Ranging) data, thermal imaging, or other types of sensor data to create accurate maps, 3D models, and visualizations of terrain, landscapes, infrastructure, or objects.​

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ACCURATE & DETAILED DATA

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  1. Data Capture: Drones are deployed to fly over the area of interest, capturing aerial imagery or other sensor data. The drones follow pre-programmed flight paths or are manually controlled by operators to ensure comprehensive coverage of the survey area.

  2. Sensor Integration: Drones can be equipped with various sensors and cameras depending on the specific survey requirements. These sensors may include RGB (Red-Green-Blue) cameras for capturing high-resolution imagery, multispectral cameras for agricultural applications, thermal cameras for heat mapping, LiDAR sensors for terrain mapping, or other specialized sensors for specific purposes.

  3. Georeferencing: GPS technology is used to georeference the collected data, ensuring accurate spatial positioning of each data point. This allows for precise mapping and alignment of the captured imagery and sensor data.

  4. Data Processing: Once the aerial data is captured, it is processed using specialized software to generate maps, 3D models, or other visualizations. This may involve stitching together aerial images to create orthomosaics, processing LiDAR data to generate point clouds, or conducting photogrammetric analysis to create digital surface models (DSMs) or digital terrain models (DTMs).

  5. Analysis and Interpretation: The processed data is analyzed and interpreted to extract meaningful insights for various applications. This may include identifying land features, measuring distances and areas, assessing terrain characteristics, detecting changes over time, or monitoring environmental conditions.

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HIGHLIGHTS

  • Automated Processes and Streamlines

  • Quick Data Gathering

  • Flexibility in the Integration of Sensors

  • Superior Quality Photos and Three-D Modeling

  • Monitoring in Real Time

  • Creative Uses

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ADVANTAGES

  • Excellent Accuracy and Precision

  • Enhanced Security

  • economical

  • Diminished Effect on the Environment

  • Improving Decision-Making

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