Skip to main content

Accurate grading for Caterpillar using Leica Geosystems technology

Accurate grading is possible for Caterpillar machines using Leica Geosystems technology.
By MJ Woof October 2, 2023 Read time: 2 mins
Combining technology from Leica Geosystems with the Cat 2D grade Control package can boost earthmoving efficiency

A new package for Caterpillar machines is available from Leica Geosystems, which will boost grading accuracy. Using the Cat Grade 2D Assist system in combination with the Leica MC1 3D package will extend capabilities.

The Cat Grade 2D Assist system allows accurate grading and levelling in two dimensions (horizontal plane). However, adding the Leica MC1 3D machine control system extends this functionality into the vertical plane. With 3D machine control, operators can create, cut, and verify designs horizontally and also at various depths and slopes.

This capability ensures precise and efficient earthmoving and construction tasks, transforming grading and excavation. Complex grading tasks, such as shaping surfaces with varying slopes or creating intricate contours, can now be completed with accuracy, reducing the need for costly rework.

Marcel Schleiss, owner of Schleiss AG in Switzerland, who has already benefited from this offer, shared his experience using the technology on the company’s latest earthwork project: "We have eagerly anticipated this new compatibility offer for some time. We are delighted to collaborate with top-notch suppliers of construction technology, as well as with the exceptionally supportive teams at both Leica Geosystems and the Cat dealer, Avesco."

"As an excavator operator, I've experienced first-hand how the combination of Cat Grade 2D Assist and Leica MC1 3D machine control empowers us to deliver superior results.” said Fabian Stadelmann, excavator operator at Schleiss AG. “It not only optimises our productivity but also minimises material waste, ultimately contributing to more cost-effective and successful construction projects." Leica Geosystems remain committed to pushing the boundaries of innovation and technology in the construction and earthmoving sector to increase interoperability, providing customers with cutting-edge solutions that enhance productivity, precision, and overall project success.

The Leica MC1 3D machine control system is available through authorised Leica Geosystems dealers. Customers can inquire about minimum compatibility requirements for 3D machine control solutions for Caterpillar Next Gen 2D excavators at their local Cat dealer. 
 

For more information on companies in this article

Related Content

  • Mobile wheeled excavators from Caterpillar
    October 11, 2017
    Caterpillar claims that its latest M315 and M317 wheeled excavators retain the reliable performance, durability, versatility, fuel efficiency, low operating costs, and easy maintenance of earlier models. However the new D2 Series models also offer more robust fuel-injection systems, versatile front-linkages, greater work-tool capability, and upgraded operator comfort. Power for both the M315D2 and M317D2 is supplied by a Cat C4.4 diesel rated at 108kW.
  • Complete control from a distance with Bobcat
    February 20, 2020
    Bobcat is now offering a novel remote control system for use with its compact machines. The new remote control system is a plug and play package comprising a portable industrial radio remote control solution. This can be fitted or removed on machines very quickly.
  • CNH is buying GNSS firm Hemisphere
    October 13, 2023
    CNH is expanding its portfolio through buying GNSS firm Hemisphere.
  • Surface quality a key trend in asphalt paving
    March 7, 2012
    Improved surface quality and improved machine design are key trends in the asphalt paving sector, Mike Woof reports There is a big difference in asphalt paving techniques in North America and Europe. In North America, the need to construct long stretches of highway quickly resulted in wide pavers offering high throughput capacity, with compaction equipment then being used to achieve the required density of the various courses. In Europe's highway construction projects, distances tend to be shorter and contr