Chandra Layout, 1st Stage, Vijayanagar, Bangalore
Get Appointment TodayPrecision Surveys: Experts in land measurement, geotechnical services, property advisory, LiDAR technology, wind energy assessments, and flood risk evaluations.
DGPS Surveys: Differential Global Positioning System augments the traditional Global Positioning System to provide enhanced location accuracy, from the 15-meter nominal GPS accuracy to about 10 cm in case of the best implementations.
However, at Precision Surveys we use Differential global positioning equipment to achieve precise positioning of less than 2mm to 5mm +or – in all the three axis & the positioning is on a global scale. We have proven capabilities to conduct DGPS Surveys for a range of geo-referencing activities for large scale urban development, irrigation, highway, railway projects, photogrammetric & lidar projects, etc. we also provide geo-tagged, Latitude, Longitude & MSL certificates for various real estate developments in formats as required by the competent authorities like the Airport authority of India.
We have static/rapid static & kinematic GPS receivers & latest processing software’s.
DGPS, or Differential Global Positioning System, is a surveying technique that uses a combination of GPS technology and ground-based reference stations to provide highly accurate measurements. This method is often used in construction, engineering, and mapping projects where precision is crucial.
The basic principle of DGPS is to use a GPS receiver on the survey equipment to collect data, and then compare it to the data from a nearby reference station. The reference station is a fixed location that has a known position and is equipped with a GPS receiver. By comparing the data from the survey equipment to the reference station, any errors in the GPS signal can be corrected, resulting in much more accurate measurements.
One of the main advantages of DGPS is its ability to provide sub-meter accuracy, even in areas with poor GPS signal. This is especially useful in urban areas where tall buildings and other structures can cause interference with the GPS signal. Additionally, DGPS can be used in a wide range of environments, including marine and terrestrial applications.
Construction: DGPS is often used in construction projects to ensure that buildings and other structures are built to the correct specifications. This can include measuring the position of foundation piles, checking the alignment of steel structures, and ensuring that the building is level.
Engineering: DGPS is also used in engineering projects to ensure that roads, bridges, and other structures are built to the correct specifications. This can include measuring the position of road markers, checking the alignment of bridges, and ensuring that the road or bridge is level.
Mapping: DGPS is also used in mapping projects to create highly accurate maps. This can include creating maps of land, roads, buildings, and other structures.
Overall, DGPS Surveys are a precise and accurate method for measuring and mapping projects, where precision is an essential requirement. With its sub-meter accuracy and versatility, DGPS is a powerful tool for any project that requires precise and accurate measurements. If you're looking for a reliable and efficient way to measure your projects, DGPS Surveys is an excellent choice.
DGPS stands for Differential Global Positioning System. It's a surveying method that uses GPS technology along with reference stations on the ground to make very accurate measurements. By comparing data from survey equipment and reference stations, errors in GPS signals are corrected, giving highly precise results.
DGPS is crucial in construction and engineering projects to ensure buildings, roads, and structures are built accurately. It helps measure things like foundation positions, alignment of structures, and levels, ensuring everything is built correctly.
DGPS works well even in areas with poor GPS signals, like cities with tall buildings. It's adaptable and accurate in various environments, including marine and land settings.
DGPS is versatile and used in different areas such as construction, engineering, and mapping. It helps create accurate maps of land, roads, buildings, and more.
DGPS surveys provide highly accurate measurements, making them perfect for projects that demand precision. With sub-meter accuracy and adaptability, DGPS is a powerful tool for getting accurate results in various projects.
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