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3D machine control combines the jobsite with an intuitive digital solution inside the cab of your machine, enabling operators to make their earthmoving tasks precise and avoid rework!
With GPS antennas mounted on the excavator, and IMU sensors on every moving part, machine control offers a solution to closely monitor your earthmoving tasks according to your particular environment and task in real-time. Our system supports all tilt rotators on the market and we were the first on the market to make a system compatible with swing boom.
With 3D machine control the machine will be able to operate with higher precision by digging or grading according to design files on the tablet inside the cab. Machine control optimizes and simplifyes work for the operator.
GPS for excavators is only one constellation of GNSS technology, which greatly enhances precision in excavation tasks. It provides real-time geospatial data, essential for accurate digging, grading, and leveling.
By employing GPS, operators can meticulously follow project blueprints for depth, angles, and positioning, thereby reducing errors and eliminating unnecessary rework. This results in efficient, precise excavation, integral to modern construction projects.
Integrating GPS on an excavator involves the use of a GNSS-based machine control system. This system supports a multitude of satellite constellations and signals, including GPS, GLONASS, GALILEO, BDS, QZSS, and SBAS, over up to 800 channels.
This multi-constellation and frequency tracking ensures the highest degree of accuracy in the excavator's positioning and navigation, allowing operators to execute complex excavation plans with precision.
The GPS system on excavators, as part of a multi-constellation GNSS technology, offers exceptional accuracy, typically within 1-2 cm. This precision is achieved through multi-constellation and frequency tracking across up to 800 satellite channels.
The system supports all standard signals including GPS, BDS, GLONASS, GALILEO, QZSS, and SBAS, ensuring highly accurate and reliable positioning. Such pinpoint accuracy is vital in meeting the stringent demands of modern construction, enabling precise excavation and adherence to exact project specifications.
