Skip to main content

Caterpillar's improved dozers with new Grade Control systems

Caterpillar is now offering its sophisticated 3D Cat Grade Control package on its smaller dozers, the D3K2, D4K2, and D5K2 models. This allows more efficient working along with higher accuracy and productivity, while lowering operating costs. The package has integrated roof-mounted antennas. The AccuGrade Ready Option is part of the package, allowing other Cat GRADE technologies to be used, such as AccuGrade Laser or a universal total station when satellite reception is limited. The system provides an
March 15, 2017 Read time: 2 mins
Caterpillar's smaller dozers are now offered with the 3D Cat Grade Control system
178 Caterpillar is now offering its sophisticated 3D Cat Grade Control package on its smaller dozers, the D3K2, D4K2, and D5K2 models. This allows more efficient working along with higher accuracy and productivity, while lowering operating costs.

The package has integrated roof-mounted antennas. The AccuGrade Ready Option is part of the package, allowing other Cat GRADE technologies to be used, such as AccuGrade Laser or a universal total station when satellite reception is limited.

The system provides an in-cab display with grade plan, cut/fill data, and grade indicators. It can improve productivity up to 50%, compared with conventional grading methods. The system virtually eliminates the need for staking and manual grade checking, making the job site safer and saving rework, fuel, and machine wear. In addition, Grade Control 3D allows work to proceed even in limited visibility, while the automated blade control reduces required operator input by as much as 80%.

Grade Control 3D also allows site managers to track material movement and monitor job progress via the system's 3D track mapping data. Production data can be viewed via Cat LINK technologies by using the online VisionLink 3D Project Monitoring capability.

For more information on companies in this article

Related Content

  • 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.
  • Construction adapting with Machine control Technologies
    June 18, 2015
    Machine control technologies are revolutionising construction – Dan Gilkes writes Electronic control of engines, transmissions and hydraulic systems, primarily to reduce exhaust emissions and boost productivity, is also providing manufacturers with an opportunity to incorporate increasingly complex machine control into their equipment. This in turn has the potential to make the machinery more productive, further cutting fuel consumption as part of a virtuous operational circle.
  • Increased dozing capacity from Caterpillar
    October 9, 2018
    Caterpillar claims that its new D8T Dozer delivers more productivity, better fuel efficiency and greater ease of operation. The firm says that the new dozer is designed to move more material in less time, at a lower cost/tonne, while delivering a faster return on investment. The bulldozer features a new fully automatic transmission, which the firm claims offers a productivity gain of up to 18%, without using more fuel. Added blade capacity, increased power and steering performance, and technology options
  • Machine control innovations
    February 15, 2012
    THE RECENT CONEXPO-CON/AGG exhibition has seen the launch of a wealth of new machine control technologies - Mike Woof reports A fast pace of technological development in the machine control sector is seeing new innovations come to market at regular intervals. The developments remain focussed on the three main technology suppliers to this market, Leica Geosystems, Topcon and Trimble, offereng a combination of systems using machine control based on GPS, total station, sonic units and industrial inertial gu