LiDAR / DGPS / RTK Survey
Accurate coordinate, boundary and topographic survey data using DGPS and RTK technology for planning, design and project control.
LiDAR / DGPS / RTK Survey Services
MR Geological Solutions provides accurate DGPS and RTK survey services for boundary demarcation, topographic mapping, engineering survey control and cadastral surveys. Our survey team delivers centimeter-level accuracy using professional-grade DGPS and RTK equipment, providing coordinate schedules, contour drawings, CAD/GIS-ready datasets and survey control information for planning and design.
Technical credibility for LiDAR / DGPS / RTK projects.
Centimeter-Level Accuracy
Professional DGPS and RTK equipment delivers high-precision coordinate and survey data.
CAD/GIS-Ready Outputs
Coordinate schedules, contour drawings and boundary mapping delivered in project-ready formats.
Survey Control & Documentation
Establishes and verifies control points with complete survey reports and control information.
What LiDAR / DGPS / RTK covers
How we approach LiDAR / DGPS / RTK
Confirm boundary, coordinate system and accuracy need
Review available reference information
Establish / verify control
Capture field features and levels
Process and quality-check survey data
Deliver approved drawings, coordinates and datasets
What the project receives
Where LiDAR / DGPS / RTK is applied
Common questions about LiDAR / DGPS / RTK
DGPS and RTK surveys provide centimeter-level accuracy depending on satellite availability, base-station setup, terrain conditions and the specific accuracy requirements of the project. MRGS uses professional-grade equipment calibrated to project specifications.
MRGS delivers coordinate schedules, topographic drawings, contour maps, boundary mapping, CAD/GIS-ready datasets and survey control information. Outputs are formatted for engineering design, construction layout and project documentation.
DGPS (Differential GPS) provides sub-meter accuracy using a base-station correction, while RTK (Real-Time Kinematic) delivers centimeter-level accuracy with real-time corrections. MRGS selects the appropriate method based on project accuracy requirements and site conditions.
Yes. MRGS provides boundary demarcation, cadastral surveys, feature mapping and legal boundary identification using DGPS/RTK technology. Survey data is delivered with coordinate schedules and mapping suitable for documentation and planning purposes.
MRGS works with local and international coordinate systems as specified by the project. Common systems include WGS84, UTM zones, local state plane coordinates and project-specific reference frames. Coordinate system selection is confirmed during the scoping phase.
Start a project enquiry for LiDAR / DGPS / RTK.
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