See how GNSS with visual positioning lets you easily capture details like broken brick corners so you can deliver better survey results.

See how to capture manholes from the safety of the sidewalk with the help of visual positioning.

Andrew Gillis of Leica Geosystems shows how to capture what you see, even under canopy, as well as how to measure from images and do linework in the field.

Missing data doesn’t have to mean going back out to the field. With the GS18I GNSS RTK rover, you can verify your data and get measurements in the office.

Working in areas that have previously been challenging for GNSS is no problem when your GNSS rover uses visual positioning

Working in areas that have previously been challenging for GNSS is no problem when your GNSS rover uses visual positioning

If you’re still taking your GNSS and other survey data directly from the field into CAD, you need to see what you’re missing.

How does a GNSS RTK rover with visual positioning perform in the real world? Gavin Schrock of Geospatial World put the integrated sensor technology to the test.

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Taking full advantage of the rapidly increasing number of satellites and multifrequency signals requires dynamic surveying technology. 

Advanced signal tracking, self-learning capabilities, tilt compensation, visual positioning—the latest advances offer big gains in safety, efficiency and scalability.