Skip to main content

New grade control system improves road surface

Trimble is offering a new version of its Trimble GCS900 grade control system designed for use with milling machines. The new package allows contractors using planers for road repairs to achieve material savings and increased road smoothness during the ensuing paving operation. By controlling the cutting depth of a milling machine accurately, a contractor is less likely to make an overcut in the areas being repaired and as a result, is less likely to require additional asphalt or concrete when paving the new
July 16, 2012 Read time: 2 mins
2122 Trimble is offering a new version of its Trimble GCS900 grade control system designed for use with milling machines. The new package allows contractors using planers for road repairs to achieve material savings and increased road smoothness during the ensuing paving operation. By controlling the cutting depth of a milling machine accurately, a contractor is less likely to make an overcut in the areas being repaired and as a result, is less likely to require additional asphalt or concrete when paving the new surface.

Controlling the cutting depth can reduce the number of passes required of the mill, the need for additional grading or re-milling work and wear on the milling machine and blade. More efficient use of the mill also means the machine can be moved to the next site quicker to save time and reduce cost.

Contractors can now use their existing Trimble machine control components on more machines and for more applications, providing a faster return on investment. By fitting machine guidance technology to milling machines contractors can implement total station-based machine control technology across more machines in their fleets. The The Trimble SPS Series universal total station package suits high accuracy work and can also be used in places with limited or no GPS coverage, such as in tunnels, under overpasses, in highway cuttings and in urban 'canyon' areas. Using the Trimble GCS900 system, contractors can now move their machine control positioning system components between dozers, graders, excavators, soil compactors, trimmers, and milling machines.

For more information on companies in this article

Related Content

  • Latest GIS and software tools improve operations
    February 24, 2012
    Innovative GIS and software solutions are coming to market from the three key market players - Mike Woof reports Competition is strong in the field for GIS and surveying systems as well as the associated software. The three major players in the sector, Leica Geosystems, Topcon and Trimble, all invest heavily in research and development and continue to roll out new solutions for construction customers that will boost the efficiency of surveying as well as overall project implementation.
  • Grade control system improves machine guidance
    April 5, 2012
    A new Caterpillar grade control system can be installed at the factory to certain Tier 4 Interim/ Stage IIIB emission compliant dozers, graders, scrapers and excavators. The technology improves operator efficiency and equipment performance while reducing the overall cost of a machine guidance system on site.
  • Innovations in machine control delivering performance
    May 20, 2019
    New innovations in machine control are delivering highperformance, with advances to come showing future potential – Mike Woof writes In transportation, the potential for autonomous vehicles that operate without the need for a human driver is now being evaluated. A string of development projects are underway by an array of automotive and technology companies, sometimes in partnership with each other. In the mining sector, autonomous machines have been operating in underground facilities for 20 years and
  • Grade control system improves machine guidance
    February 29, 2012
    A new Caterpillar grade control system can be installed at the factory to certain Tier 4 Interim/ Stage IIIB emission compliant dozers, graders, scrapers and excavators. The technology improves operator efficiency and equipment performance while reducing the overall cost of a machine guidance system on site.