Onshore Geophysical Survey

MS Geotech excels in Onshore Geophysical Surveys, providing comprehensive topographical surveys, precise drone surveys for challenging terrains, and accurate real-time kinematic (RTK) measurements. Our services include DGPS for exact positioning, as-built surveys for project verification, and pipeline surveys to ensure precise installation. Trust us to enhance your project’s success with superior geophysical insights.

Topographical Survey

MS Geotech’s Topographical Survey is the crucial first step in any construction or development project. We precisely assess property boundaries and contours, providing detailed and accurate topographical maps. Our surveys ensure a comprehensive understanding of the land’s features, facilitating informed decision-making and efficient project planning. Trust MS Geotech for reliable and precise topographical assessments.

Real Time Kinematic

MS Geotech utilizes Real-Time Kinematic (RTK) technology to enhance survey accuracy by measuring relative positions with two GNSS antennas in real-time. RTK corrects GNSS errors, ensuring precise and reliable data for your projects. This advanced technology allows for high-precision mapping and measurements, making it ideal for applications requiring utmost accuracy in geospatial data.

DGPS

MS Geotech’s DGPS-based surveys provide precise positioning using the Differential Global Positioning System (DGPS). This technology ensures accurate location data regardless of weather conditions or location. By correcting GPS signal errors, DGPS enhances the reliability of our surveys, making them ideal for various applications, including construction, mapping, and land development projects, ensuring exact positioning and optimal project outcomes.

As-Built Survey

MS Geotech’s As-Built Survey ensures that your project aligns precisely with architectural or engineering drawings. Conducted during or near the end of construction, our professional land surveyors record existing conditions to verify accuracy. This service guarantees that structures are built as planned, providing reliable documentation and preventing costly discrepancies, ensuring project integrity and compliance.

Road Survey

MS Geotech specializes in road surveys, focusing on precise measurement, mapping, and analysis of roads, highways, and transportation infrastructure. Our expert team employs advanced techniques to ensure accurate data collection, supporting efficient road design and construction. We prioritize safety, compliance, and functionality, delivering high-quality results tailored to client needs.

Railway Surveys

MS Geotech conducts thorough railway surveys along designated routes, performed by our diligent workforce. These surveys focus on the earth’s surface to ensure precise alignment and assessment of railway infrastructure. Offered at competitive prices, our services adhere to industry standards, meeting clients’ financial constraints while ensuring quality and reliability in every project.

Pipeline Survey

MS Geotech’s Pipeline Survey, essential for trenchless construction, accurately determines the position, depth, and length of pipelines before installation. Using advanced geotechnical survey methods and GPS technology, we ensure precise mapping of the pipeline route. Our comprehensive surveys facilitate efficient, accurate pipeline placement, minimizing disruptions and ensuring project success in challenging terrains.

Drone Survey

MS Geotech’s Drone Survey offers a highly effective solution for surveying large-scale projects and challenging terrains with limited access. Utilizing advanced aerial technology, we deliver accurate, high-resolution data quickly and efficiently, ensuring detailed insights for precise project planning and execution. Our drone surveys are ideal for overcoming accessibility issues and providing comprehensive assessments.

Drone Lidar Survey

Mobile Lidar Survey

MS Geotech’s Mobile LiDAR Survey uses survey-grade LiDAR mapping to collect geospatial data from a mobile vehicle equipped with a LiDAR remote sensing system. This method enables rapid and accurate mapping of large areas, providing detailed and precise data for infrastructure development, transportation planning, and environmental monitoring.