News

THURSDAY, AUGUST 21 | 09:00 AM TO 01:30 PM | GEOCOM STUDIES CENTER

In this workshop, we will present different examples developed with TBC (Trimble Business Center) tools to optimize the GNSS network design, processing, adjustment, and deliverables process.

THU, JUL 17 | 09:00 A 13:30 | GEOCOM

TBC offers different possibilities for this type of determination. Whether under the umbrella of surveys carried out with GNSS and/or total station or through point cloud management, TBC allows for volume determination in a variety of scenarios, providing a powerful solution for the AECO segment.

POST 04 | TBC CYCLE | GEOCOM Engineering

Trimble Business Center offers a number of advantages when it comes to managing the calculation of data from geometric leveling, total stations, GNSS, laser scanners, drones (photographs and LiDAR) and point clouds. 

PUBLICATION 03 | TBC CYCLE | GEOCOM Engineering

The integration between Trimble Access, feature libraries, and Trimble Business Center allows for the creation of professional-quality graphic products, significantly reducing processing times and minimizing errors in terrain representation.

PUBLICATION 02 | TBC CYCLE | GEOCOM Engineering

In this example, some observation and calculation strategies for densifying SIRGAS-Chile will be reviewed using GNSS observations in a context associated with a topographic representation.

PUBLICATION 01 | TBC CYCLE | GEOCOM Engineering

TBC allows for a convenient combination of geospatial observation techniques with the goal of delivering results obtained under a single platform, optimizing the office workflow.

TUESDAY, MAY 13 | 09:00 TO 16:30 | GEOCOM STUDY CENTER

In this workshop, we will present different examples developed with TBC (Trimble Business Center) tools to optimize the GNSS network design, processing, adjustment, and deliverable process.

THURSDAY, JANUARY 16 | 09:00 AM TO 04:30 PM | GEOCOM STUDY CENTER

In this workshop, we will present different examples developed with TBC (Trimble Business Center) tools to optimize the process of GNSS network design, processing, adjustment, and deliverables.

Success story, where a project was executed integrating different geospatial capture techniques, using a DJI M350 drone with two sensors: Zenmuse P1 for photogrammetry and Zenmuse L2 for LiDAR. In this article, we will review the key points that made the use of both sensors necessary to provide a more representative and accurate capture of the area.

In our recent mission, we completed a comprehensive photogrammetric flight experience, using cutting-edge technology to deliver high-precision, high-quality results. Here is an overview of our process ↓

GNSS in its RTK mode has become a standard for conducting topographic surveys due to its high productivity and ease of observation. Furthermore, by adding automatic drawing tools, the use of GNSS is tremendously beneficial.