Geomatics Robotic Vector System

The accuracy in the acquisition of the data is based on induced polarization, allowing the identification of areas with the presence of moisture, underground contamination, geological faults, aquifers, and cavities that may exist under buildings and infrastructure developments.

No, the robotic vector system is designed to acquire accurate vector data, images, and measurements that are above the surface and in the visible spectrum above the surface up to great heights or within subfloor spaces that can be accessed with the equipment, while in total darkness.

We have Rodar® system technologies such as electrical conductivity-resistivity, high-frequency microwaves that analyze subsurface conditions from the surface.

Our systems are very high speed and accurate, capturing up to two million points per second and creating point clouds that are processed and yield endless information, from topographic plans to three-dimensional vector models that serve as a basis for future vector monitoring.

GreenTechnologies®’ robotic vector system is designed to capture three-dimensional geometric data on highways, buildings, mines, airports, ports, railways, tunnels, bridges, refineries, industrial complexes, and a myriad of civil, industrial, chemical, etc. infrastructure.

Another application of the robotic system is to generate three-dimensional data to be integrated into building information models (BIM).

In essence, yes, but our robotic system has the advantage of acquiring up to two million points per second, whereas traditional surveying acquires only dozens of points per hour and can have errors.

Yes, unsurpassed range and angular accuracy, low noise, and dual-axis compensator are the foundation for high-detail, real-world color 3D point clouds.