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Topcon robotic total station system built for versatile survey performance

Topcon GT-Series total station

Topcon Positioning Group has released new flagship GT Series robotic total stations, available for survey, construction, and machine control applications. The GT-1200 and GT-600 total stations are available in multiple accuracy levels.  

The new total stations are part of a full workflow solution, including a new field computer, a full-version update to Topcon field and office software, as well as GNSS receivers. The system is designed to work in sync for improved performance and better data handling with built-in, field-to-office connectivity. The speed, tracking and accuracy of the GT Series, combined with the intuitive software system, creates a flexible solution capable of satisfying the technology needs of surveyors and contractors performing survey, layout or machine guidance projects.

"The new total stations perform at a faster 10 Hz positioning update rate. Combining the GT Series with the new field computer and software enhancements, this tracking improvement makes layout easier, and guidance more fluid, within an intuitive map view. More layout and survey points can be collected in less time," said Ray Kerwin, director of global product planning. "Tracking fast moving targets and maintaining prism-lock is now easier on challenging job sites as well as in machine guidance applications. If you're performing a machine control project where the prism is vibrating on the end of the blade, for instance, the GT will lock onto the prism better than ever before and provide smoother machine guidance."

From a software perspective, MAGNET improves field-based quality reporting and data handling for larger files, graphical processing, and 3D models. MAGNET Field features more visual- and map-based workflows in addition to menu-driven functionality popular with power users. An optional upgrade incorporating Hybrid Positioning technology helps advanced users get instant location updates via GNSS receivers so positioning data points can be captured, even with the loss of line of sight from job site obstructions.

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