Fast data transfer in precise measurement
Extremely fast data transfer is one of they key things in precise measurement. Leica Geosystems uses SATEL radio technology in its satellite positioning devices. The radio module is fully integrated into measurement devices. This has made the technology, used in sometimes very difficult field conditions, even more reliable.
Leica Geosystems Oy is a subsidiary owned by Leica Geosystems AG. The company’s main areas of focus are surveying, satellite measurement, mapping, laser scanning, construction and industrial measurement, and civil engineering measurement instruments. The technology is also suitable for controlling construction machines.
Cooperation began in the late1990s, when Leica required a reliable point-to-point wireless data transfer link. According to Esa Wikman from Leica Geosystems, the cooperation with SATEL has deepened into a real partnership.
Centimeter accuracy, fast data latency
Leica’s satellite positioning devices use SATELLINE radio modems. The radio modems transfer satellite positioning correction data from an accurately known point to a mobile measurement receiver. In landscape conditions, the practical operating distance is typically up to 6–7 kilometers. With permanently installed base locations distances up to 30 kilometers can be achieved.
When satellite-positioning coordinates are corrected continually in relation to a known point, it is possible to achieve centimeter accuracy. Kinematic (RTK, real-time kinematic) measurement is possible. Measurement personnel can carry the receiver; enabling precise measurement data to be obtained quickly even over long distances with no visual contact.
A special application is construction machine guidance. The receiver is installed on the machine, thereby enabling the location of an excavator bucket to be continually known. Measurement of demanding excavation tasks takes place efficiently as work progresses.
The SATELLINE radio modems are also extremely fast; the measurement data latency is only a few tens of milliseconds.
Future in mind
Leica’s systems are also fully compatible with future satellite positioning systems. For the radio modem frequency band, more compact correction data formats have been developed, ensuring that the reliable transfer of correction data will also be possible in future.
L5 Navigation develops and resells positioning solutions for Machine Control, Surveying, and other kinds of GNSS/RTK applications – from 3D Excavator systems to handheld GPS receivers. SATEL radio modems are a trustworthy part of L5 Navigation’s Machine Control solutions.
DATAMATIX Datensysteme GmbH has been developing tailor-made customer-specific hard- and software solutions to vehicles since 2003. Their high-reliability fleet management system for open-pit mines increases production and reduces downtimes. SATEL serial radios are used to guarantee the high level of reliability.
A Portuguese company TURFLYNX makes mobile robots and information-based solutions for golf courses and other sports fields. They developed the first fully autonomous fairway mower TURFLYNX F315, and SATELLINE-EASy radio modems are used for acquiring location data.
Marine environment sets high demands for the equipment and data transfer. The equipment needs to be robust and reliable. This is one of the reasons why Norwegian company Satpos has chosen SATEL as their partner. Satpos concentrates on the cutting edge technology mainly for the oil, gas and maritime industries.
Challenging conditions set high standards for data transfer. One application that takes this up a notch is marine target drones. L3Harris ASV is the leading supplier of unmanned and autonomous marine systems. The company uses SATEL radios.
Novatron is a Finnish technology company focused on earthmoving automation. Their systems improve productivity, worksite safety, sustainability and the quality of work in infrastructure construction.
Outer Port of A Coruña
Moored-ships monitoring in the Outer Port of A Coruña