Search Results

The Survey tool records terrain data for design creation, project verification and archival purposes. Surveys may be collected before grading to capture the existing ground surface, or after grading to verify completed work. The recorded data can then be expor...

Level COMMAND allows important locations within a project to be recorded using Markers and Benchmarks. Although both are created using the same tool, they serve different purposes during surveying, grading and future site visits. Markers provide useful refere...

Selecting the correct zeroing method depends on how the current project was created and whether a suitable Benchmark is available. The table below summarises the recommended workflow for the most common situations. If your project is... Recommended zeroing ...

Automatic Blade Control is the process Level COMMAND uses to guide the implement towards the required target position while grading. Once Automatic Control is engaged, Level COMMAND continually monitors the implement position, compares it with the required tar...

Blade Shift allows the operator to temporarily adjust the Target Position during grading. This provides a quick method of making small grading adjustments to suit changing site conditions without changing the project itself. Blade Shift changes the current Tar...

The accuracy of Automatic Control depends directly on the quality of the positioning information received from the GNSS receivers. Every control decision made by Level COMMAND begins with a measured implement position. If that position is inaccurate, the calcu...

The quality of Automatic Control is determined by several systems working together. Poor grading performance is often caused by multiple small issues rather than a single fault. Rather than immediately adjusting tuning or calibration values, verify that each s...

Hydraulic systems require a short amount of time to respond after a control command is issued. Oil must flow, hydraulic cylinders must move and the implement must physically react before the blade reaches its new position. To compensate for this delay, Level ...

The Tandem Scraper profile allows Level COMMAND to control two trailing scrapers independently during the same grading operation. Although each scraper is controlled separately, the overall operating workflow remains almost identical to a single scraper. Most ...

Before proceeding with machine configuration and calibration, ensure both the Level COMMAND application and the COMMAND ECU are updated to the latest available versions. Recommended Procedure Connect to the COMMAND ECU successfully as performed in section 3.1...

The COMMAND Status area is shown at the bottom-right of the Apply View and provides a quick indication of the current operating state of the COMMAND ECU. Operators should check COMMAND Status before attempting to engage Automatic Control. The status message i...

Every grading operation performed by Level COMMAND is based on one or more surface layers. Although only a single machine is moving across the field, Level COMMAND continuously compares several different representations of the terrain to determine where the im...

Introduction The COMMAND Settings pages provide access to the configuration and diagnostic functions of the COMMAND Electronic Control Unit (ECU). During a new installation, these pages are used to commission the machine as described in Chapter 3 | Dealer Comm...

T3RRA In-cab Software is intended for use on supported construction, landforming, and earthmoving machinery equipped with compatible hardware, GNSS receivers, hydraulic interfaces, and machine sensors. The system is designed to assist operators with terrain gu...