6 | Automatic Control & Surface Behaviour
This chapter explains how Level COMMAND interprets terrain and controls the implement during Automatic Control. It introduces surface layers, target generation, blade control modes, predictive control, GNSS validation and the factors that influence grading performance.
6.1 | Understanding Surface Layers
Every grading operation performed by Level COMMAND is based on one or more surface layers. Althou...
6.2 | Automatic Blade Control
Automatic Blade Control is the process Level COMMAND uses to guide the implement towards the requ...
6.3 | Blade Control Modes
Blade Control Modes determine how Level COMMAND interprets the design surface beneath the blade w...
6.4 | Blade Shift & Target Adjustment
Blade Shift allows the operator to temporarily adjust the Target Position during grading. This pr...
6.5 | Reliable Positioning
The accuracy of Automatic Control depends directly on the quality of the positioning information ...
6.6 | Automatic Control Tuning
The quality of Automatic Control is determined by several systems working together. Poor grading ...
6.7 | Look Ahead
Hydraulic systems require a short amount of time to respond after a control command is issued. O...
6.8 | Tandem Blade Behaviour
The Tandem Scraper profile allows Level COMMAND to control two trailing scrapers independently du...