USED Leica GS18T LTE & UHF GNSS Receiver

You can forget the bubble when you use the Leica GS18 T. It is the original truly tilt compensating GNSS solution that is immune to magnetic disturbances and is calibration-free. The sensor fusion of GNSS and Inertial Measurement Unit (IMU) creates the original true tilt compensating GNSS smart antenna. For GS18, T means tilt.

As you no longer need to watch and level the bubble, you can focus on your task at hand and save time. The GS18 T works directly out of the box without any calibration procedure and like most of the Leica Geosystems GNSS Smart Antennas, you can use it as a rover and a base. 

ENGAGING SOFTWARE

The Leica Captivate field software is the perfect companion for the GS18 T. With easy-to-use apps, all measured and design data can be viewed and used, providing you with a clear understanding of your data in 2D and 3D view. Captivate spans industries and applications with little more than a simple tap, regardless of whether you work with GNSS, total stations or both.

TILT COMPENSATION

Based on sensor fusion of IMU and GNSS, GS18 T’s tilt compensation is immune to magnetic disturbances and it works immediately without calibration. With the GS18 T, surveyors have the flexibility to measure points with a levelled pole and still save the tilt values of each measurement. That way you have the trust that what was measured, is correct.

INTERNAL MEMORY

Users with any GS18 model have the flexibility to log raw data into an SD card or the internal memory.

4G LTE & EXCELLENT MEASUREMENT QUALITY

Tracking multi-frequency signals comes as standard with all Leica Geosystems GS sensors. Combined with an excellent GNSS antenna element and a position update rate of 20 Hz, GS18 T ensures reliable measurement quality.

IMPROVED PERFORMANCE

Multipath reduction and interference mitigation options in Captivate boost GNSS signal tracking quality under harsh environments, which improves RTK availability and accuracy. Also, an interference toolkit will enable filtering to remove in- and out-of-band distortions for even more robust GNSS signal tracking.