Be ready for any surveying job with this GNSS RTK rover
Every survey presents different challenges. Uneven terrain. Busy construction sites. Restricted access. Inaccessible points. Changing conditions. The Leica GS18 is built to help you overcome them all. Combining trusted GNSS performance with industry-leading tilt compensation, visual positioning, and visual stakeout, it allows you to capture accurate data, adapt to changing conditions, and complete more work in a single visit.
Measure with survey-grade accuracy and stay confident in challenging conditions. AI-RTK helps deliver more reliable positioning around buildings, trees, and other obstructions, while advanced GNSS technology keeps your results consistent and dependable.
Get more done with technology that helps you measure faster and through more conditions. From capturing hard-to-access points with a tilted pole, staking out with live-view guidance, measuring points from images, the GS18 ensures you stay productive even on the most challenging days.
Take on more with one versatile GNSS solution. From everyday GNSS measurement to inaccessible points and image-based workflows, the GS18 gives you the capabilities to adapt to different tasks and site conditions.
The Leica GS18 works seamlessly with Leica Captivate and Leica Infinity, connecting field and office so you can move from preparation to final deliverables without interruption.
Use Leica Infinity to prepare your data before heading to the field. Import designs, define coordinate systems and adjust jobs. Then transfer everything to the CS50 via Hexagon GeoCloud, ready to work in Leica Captivate.
Use Leica Infinity to prepare your data before heading to the field. Import designs, define coordinate systems and adjust jobs. Then transfer everything to the CS50 via Hexagon GeoCloud, ready to...
Keep measuring confidently when GNSS conditions get difficult. Powered by AI-RTK, the Leica GS18 automatically identifies and mitigates problematic GNSS signals that can compromise positioning performance. Combined with advanced positioning algorithms and interference mitigation technology, it delivers robust RTK positioning and dependable results even in the most demanding field conditions, such as around buildings and other obstructions.
Go beyond traditional GNSS measurement. Tilt compensation lets you measure without constantly levelling the pole, while Visual Positioning combines GNSS, an IMU and an integrated camera to measure points that are difficult or impossible to reach. Capture the site in images and measure points directly in the field or later in Leica Infinity.
See where you need to go instead of relying only on traditional stakeout guidance. Visual Stakeout combines the GS18 integrated camera with Leica Captivate to show the target and navigation guidance directly in the live camera view, helping you find and stake out points faster and more intuitively.
The Leica GS18 works seamlessly with Leica Captivate field software, providing a consistent surveying experience. Collaborative projects, measurements and workflows remain familiar regardless of the instrument you use, making it easy to switch between technologies without changing the way you work. Whether you're capturing GNSS measurements, setting out with a total station, or combining both on the same project, Leica Captivate keeps your data connected and your team productive.
Connect field and office through cloud-based data sharing, collaboration, and project management to keep your surveying workflows moving.
Connect field and office through cloud-based data sharing, collaboration, and project management to keep your surveying workflows moving.
Leica GS18 tilt compensation allows surveyors to measure points with a tilted pole while maintaining survey-grade accuracy, eliminating the need to level the pole for every measurement. Leica Geosystems was the first to introduce calibration-free, IMU-based tilt compensation in a GNSS RTK rover.
By combining GNSS and IMU technology, the GS18 automatically compensates for pole tilt, remains immune to magnetic disturbances, and requires no field calibration. The result is faster, easier measurements with reliable accuracy, even when the pole is significantly tilted.
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