At Keystone Consulting Engineers, Inc., we draw on a wide range of professional surveying disciplines to deliver projects efficiently and cost-effectively. One tool in particular that enables us to provide accurate, reliable data is our GPS technology. Our GPS operates on the same core satellite-based principles as the GPS tech in your phone or car, but it is surveying-grade technology designed for a much higher level of precision and professional application.
What is GPS?
GPS stands for global positioning system and uses a network of satellites to communicate with ground receivers. By tracking signals from at least four satellites, the receiver can calculate its location anywhere on Earth, providing precise location information such as its latitude, longitude and altitude.
How does KCE use GPS?
GPS is integral to our surveying work. Whether it’s a construction project, a small boundary survey plot plan, or a large subdivision plan, GPS is a fast and accurate way to map and model the physical world before starting a project. Having precise data and measurements is essential to our engineering work, so before we begin, we ensure our data is as accurate as possible.
GPS data collected through our surveys is used to develop highly accurate models, forming the foundation for cost-effective and efficient project execution. Once we gather the necessary data, we use it to develop a detailed digital representation of the project in our engineering software.
What are the benefits of using GPS?
Not only is GPS the industry standard, but there are many reasons we continue to rely on this technology across our projects.
- Cost-Effective
- Because it is quick and accurate, we reduce time spent on manual measurements and decrease overall field manpower needs, making GPS highly cost-effective.
- Saves Time
- Accuracy and precision are critical in surveying, but the efficiency of data collection is equally important. Our state-of-the-art GPS technology quickly captures measurements, saving surveyors significant time in the field. In many cases, GPS can collect topographic data in a fraction of the time required by traditional manual methods.
- Accurate Large-Scale Mapping
- Survey GPS provides real-time geospatial data collection along with exceptional large-scale accuracy, making it ideal for geospatial mapping. It establishes a stable reference framework, ensuring spatial data accuracy and preventing large-scale errors in mapping.
- Seamless GIS Integration
- Using highly accurate, real-world data collection features, GPS captures coordinates that are mapped, layered, and cataloged within GIS software.
GPS is just one of the many tools in our toolbelt that help us support our clients’ surveying and municipality needs. For more information about KCE or the tools we use for our services, visit kceinc.com.