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DGPS Survey
Control Point Survey
- Using Differential Global Positioning System (DGPS) is a precise method for establishing accurate geographic coordinates of specific locations on the Earth's surface.
- Enhance the standard GPS accuracy by correcting signal errors through a network of reference stations.
Boundary Demarcation
- Using Differential GPS (DGPS) involves the precise determination and marking of property or land boundaries with high accuracy.
- Enhance the standard GPS system by using a network of ground-based reference stations to correct signal errors, resulting in improved positional accuracy.
Boundary Pillars Survey for Mines
- Boundary pillars survey for mines using Differential GPS (DGPS) provides highly accurate and reliable positioning data for defining and monitoring the limits of mining operations.
Utility Mapping
- Utility mapping with Differential GPS (DGPS) involves using high-precision satellite positioning technology to accurately locate and map utilities such as water, gas, electricity, and telecommunications infrastructure.
- Use of drone surveys for more accurate data creation.
Point Survey for Socio-Economic Themes
- Our point survey services using Differential GPS (DGPS) are designed to provide highly accurate spatial data for socio-economic research and analysis.
- Precise location tracking and measurement, which is crucial for population studies, infrastructure mapping, economic activity analysis, social services planning, etc.
- Deliver high-resolution data that supports detailed analysis and informed decision-making in socio-economic contexts, helping stakeholders make data-driven decisions and optimize resource allocation.
Fixing of Site Locations
- Fixing site locations with Differential GPS (DGPS) involves using advanced satellite-based positioning technology to achieve high-precision location data.
- Enhances the accuracy of standard GPS by correcting signal errors through a network of ground-based reference stations.
- By utilizing DGPS, we provide highly accurate site location fixes, enabling precise project planning and execution.
Ecological Features Mapping
- Ecological features mapping using Differential GPS (DGPS) provides highly accurate spatial data for assessing and managing natural environments.
- Use of drone survey for mapping of large inaccessible areas.
- Mapping a variety of ecological features, including habitats, vegetation, waterbodies, landforms, etc.
- Ensures high-resolution, reliable data that supports environmental monitoring, conservation planning, and research, enabling informed decision-making and effective management of ecological resources.
Road Alignment and ROW Survey
- Right-of-Way (ROW) Survey services utilize Differential GPS (DGPS) technology to deliver precise and accurate measurements for road construction and planning projects.
- Using DGPS, we offer enhanced accuracy and reliability in road alignment and ROW surveys, facilitating efficient and compliant project execution.
25+
Years of Experience
500+
Successful Projects
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