On February 11, 2019, the latest batch of four Galileo satellites has been commissioned for operational use, accelerating the evolution of the Galileo system toward Full Operational Capability (FOC). (as published online by Leica Geosystems: ) ![]() With the GS18 T, Leica Geosystems takes a new path and sets new standards for precise GNSS positioning through easy-to-use sensorfusion techniques. This paper describes the technical backgrounds of the GS18 T and demonstrates the benefits of applying the IMU-based tilt compensation with respect to productivity, accuracy and reliability. These features enable high-precision RTK in more restrictive environments with enhancedĮfficiency and flexibility. This IMU-based tilt compensation approach has the major advantages of being immune to magnetic disturbances, free from on-site calibrations and applicable at large tilt angles. ![]() In keeping pace with technological advances, the new Leica GS18 T GNSS RTK rover combines GNSS and IMU to automatically adjust pole tilt from plumb, which increases productivity, extends RTK applicability and reduces human errors. The rapid development of sensor fusion in GNSS and inertial measurement unit (IMU) is offering a great opportunity to improve the productivity and user experience of high-precision RTK positioning.
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