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Horus Visual & Laser GNSS Receiver and Xbase GNSS Receiver provide a reliable RTK solution for high-precision surveying in demanding field environments. Horus combines GNSS positioning with visual and laser surveying capabilities, enabling efficient contact and non-contact measurement, while Xbase serves as a stable RTK base station with reliable correction transmission for precise positioning. Together, they provide an efficient and dependable workflow for high-precision data collection.

In GNSS/INS integrated navigation and vehicle guidance systems, dual-antenna installation orientation directly affects heading accuracy. Since the relative position of the two antennas may vary depending on the vehicle structure and available installation space, the system needs to compensate for the angle difference between the antenna baseline and the vehicle forward direction.

When using the SAgro200 system for the first time, proper configuration is required to ensure that the system can communicate correctly with the vehicle, sensors, and correction source.

During GNSS RTK surveying, most users focus only on the final coordinate values of a measured point, such as N/E coordinates, latitude and longitude, and elevation. However, an RTK point contains much more information than coordinates alone.

NMEA data is widely used in surveying applications to exchange positioning information between GNSS receivers and external devices or software platforms. Depending on the application requirements, NMEA data can be transmitted through different communication methods, such as serial ports, Bluetooth, or network connections.

The H1 Handheld 3D Laser Scanner combines LiDAR SLAM and integrated GNSS technology to deliver fast, accurate, and georeferenced 3D reality capture. Designed for efficient mobile mapping, it enables users to quickly generate dense point clouds and digital site documentation with minimal setup, making it well suited for construction, infrastructure, and other dynamic surveying applications.