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S P C O S U L T A N T S

Drone & DGPS Mapping

Drone and DGPS Mapping

A detailed survey of any project is vital,

as it determines the precision of future work in the project. Various methods have been perfected to get the accurate lay of the land and at SP Consultants we prefer to use the latest technology has to offer, like Differential Global Positioning System (DGPS) and Drone Survey.

Frequently asked Questions

  • What is DGPS and Drone mapping?

    Differential Global Positioning System (DGPS) is a current breakthrough in the technology of surveying and is without the disadvantages of previous techniques, thus enabling us to perform the survey with sub- centimetre accuracy.

    Drone is an unmanned aerial and highly manoeuvrable vehicle. Retrofitted with a powerful camera and sensors the drone is capable of capturing each and every crevice of the land. It enables us to capture extensive topographical data that is capable of providing the clients with detailed information regarding their land, such as the elevation, size and descriptive illustrations of all the components it entails, natural or man-made.

  • How does DGPS enhance Drone Mapping accuracy?

    DGPS works by receiving signals from GPS satellites as well as reference stations located on the ground. By comparing the satellite signals with those from the reference stations, DGPS can correct for errors caused by factors like atmospheric interference and satellite clock drift, significantly improving the accuracy of location data collected by drones.

  • What are the applications of Drone and DGPS Mapping?

    Drone DGPS mapping has a wide range of applications across various industries, including:

    • Agriculture: Monitoring crop health, yield estimation, and precision farming.
    • Surveying and Mapping: Accurate topographic mapping, boundary surveys, and infrastructure planning rely on DGPS and drone mapping
    • Construction: Site planning, progress monitoring, and volume calculations.
    • Environmental Monitoring: Assessing natural resources, habitat mapping, and land conservation.
    • Mining and Resource Extraction: Drone mapping and DGPS aid in site surveying, volume calculations, and monitoring mine progress.
    • Infrastructure Inspection: Surveying pipelines, power lines, and transportation networks.
    • Disaster Response: Assessing damage, planning rescue operations, and monitoring recovery efforts.
    • Film and Photography: Aerial photography and videography use drone mapping and DGPS for precise camera positioning and location tracking.
    • Transportation and Logistics: Drone mapping and DGPS helps plan and monitor transportation infrastructure projects, like highways and railways.
    • Research and Academia: Scientists leverage drone mapping and DGPS in various fields, such as geography, geology, and environmental studies.