Laser, GPS & GNSS

Technology supplies a reference or a control function; the implement still moves material. Confirm the complete installation, design reference, usable signal or corrections and the method for checking the finished surface. Keep production guidance separate from acceptance evidence.

12 guides shown

• Laser Land Grading

  Laser land grading references elevation to a transmitter-defined plane or gradient arrangement.

• GPS Land Grading

  GPS-based grading uses positioning information in relation to a design or reference surface.

• GNSS Machine Control

  GNSS machine control combines positioning, machine geometry and design information.

• Tractor GPS Grading

  A tractor used for GPS grading needs both a suitable implement combination and a functioning positioning workflow.

• Laser-Controlled Scrapers

  A laser-controlled scraper requires a stable relationship between laser reference, receiver and cutting edge.

• GNSS-Controlled Scrapers

  A GNSS-controlled scraper needs a valid surface model and calibrated implement geometry.

• Elevation Control

  Elevation control keeps a working edge or surface related to an agreed height reference.

• Slope Control

  Slope control maintains an intended change in level along a direction.

• Crossfall Control

  Crossfall control sets the transverse profile separately from longitudinal grade.

• Machine-Control Systems

  Machine-control systems can display guidance or command hydraulic movement; those are different functions.

• Laser Receiver Systems

  A laser receiver detects a reference beam, but its reading must be translated to the working edge through a stable mounting and known offset.

• GPS/GNSS Receiver Systems

  GPS/GNSS receivers provide position information with different correction arrangements and intended uses.