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BACKGCS900 3D for Dozers

3D Grade Control

Trimble GCS900 grade control with GradeMax Plus technology for dozers. Smarter, faster and more accurate grading, with standard Connected Machine functionality to bring the office and the machine together for increased efficiency.

 

Bulk Earthworks

  • Display design information and live cut/fill indications in the cab
  • Monitor avoidance zones with real-time information
  • Collect as-built data as the machine cuts to grade
  • Keep tighter control over safety issues
  • See precisely where dirt is being moved on site

 

Grading

  • Determine the position of each tip of the blade and compare it to the design elevation to compute cut or fill to grade
  • Drive the valves for automatic blade control or view in-cab lightbars based on the cut or fill data
  • Control the machine's automatic blade control settings in real-time
  • Adjust the machine's response to differing material conditions
  • Optimize the machine's performance for a particular grading task

 

Finished Grading

  • Achieve finished grade to millimeter accuracy with fewer passes
  • Place finished grade materials more accurately and in a shorter time period
  • Keep the material costs to a minimum and realize better profits

 

Applications

Used with a total station, single or dual GNSS receivers, GCS900 3D is ideal for bulk earthwork, grading and fine grading applications such as:

  • Material spreading
  • Highway and railway construction
  • Airport construction
  • Concrete pours and slab placement
  • Residential and commercial site construction

 

Single GNSS

Measures the position and slope of the blade and compares that to design data for rough grading and mass excavation on complex design surfaces

Dual GNSS    

Measures the exact position, cross slope and heading of the blade for rough grading and mass excavation on steep slopes and complex design surfaces

Single or Dual GNSS with Laser Augmentation

Single and dual GNSS systems enhanced with laser augmentation to improve vertical accuracy for high accuracy guidance to complex design surfaces such as super-elevation grading from rough through finished grade work

Universal Total Stations

Total station-based system for extreme accuracy for lift and layer control, material monitoring, or where GNSS is not the ideal solution because of overhead obstructions

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