Geodesy
Scientific Foundations and Measurement Disciplines
Geodesy is a multidisciplinary science that comprehensively examines the shape, size and gravitational field of the Earth. While creating the most realistic model of the Earth, studies are carried out at the intersection of mathematics, physics, astronomy and geography. In this way, the positioning processes, which are the first step of large-scale construction and infrastructure projects, are made error-free.
In today's geodesy studies, data from global positioning systems such as GPS (USA), GLONASS (Russia), Galileo (EU) are used. These satellite signals are combined with field measurements to obtain highly accurate coordinates, laying the foundation of your projects on solid ground.
The CORS (Continuously Operating Reference Station) network, which is used to obtain GNSS data continuously and without interruption, allows you to perform your measurements in real time and with high accuracy. We meticulously plan and implement processes such as location determination, station placement, energy and data transmission infrastructure design according to your project requirements.
It is not enough to rely solely on satellite signals; we achieve millimeter-level accuracy by combining different measuring devices such as Total Stations, levels and laser scanners. The creation and calibration of geodetic control networks minimizes the margin of error in large projects.
Before the installation of fixed stations, site analysis, data transmission line control, security measures and maintenance requirements are determined. This process is of great importance for long-term use and cost optimization. A correctly installed network serves uninterrupted data flow and stable measurement quality in projects for years.
Our teams consist of engineers, survey technicians and project managers with academic and practical experience in the field of geodesy. Thanks to their expertise, we provide fast and effective solutions to the challenges that may be encountered in geodetic network and CORS installation.
Geodetic-based base data is used in many different fields such as civil engineering, mining exploration, energy transmission lines, transportation planning. This interdisciplinary interaction directly affects the success of your projects and ensures efficient management of resources.
The precision of location data is at the forefront in autonomous vehicles, drones and smart city applications. With new satellite constellations, multi-frequency receivers and artificial intelligence-based data processing methods, the geodetic infrastructures of the future have already begun to take shape.
We have a wide range of references, from large-scale photogrammetry projects to airports, from deformation projects to updating national coordinate systems. These studies prove the success of the fixed stations and geodetic networks we have established .