Selecting the right articulated hauler can greatly benefit users’ operations.
Rokbak
Terrain and site conditions
Articulated haulers are designed to navigate challenging terrain, but the extent of their capabilities can vary. Both the RA30 and RA40 provide performance in all hauling conditions, from muddy terrain to slippery slopes and the scorching heat to sub-zero temperatures.
It’s important to evaluate the application and climate the truck will be used in, as well as consider the materials that will be transported and the topography of the site, including slope gradients, ground conditions, and potential obstacles. Rokbak trucks offer top-level off-road performance. Choosing a hauler that can handle the specific conditions of the site is crucial for optimal efficiency and safety.
Fuel efficiency and operating costs
Operating costs, including fuel consumption and maintenance, are significant considerations for any heavy equipment investment. Efficiency in the use of power is as important as having a high-performance truck. Rokbak articulated haulers are built to perform while also setting new standards for total cost of ownership and a commitment to sustainability as part of the Volvo Group’s journey to net-zero.
A lean-burning, high-performing engine and responsive transmission shift control are good for low fuel consumption and environmental impact – as well as increased uptime and extended service intervals. An adaptable, perfectly balanced drivetrain provides performance and productivity in all hauling conditions, while meeting worldwide emission standards with low cost of operation.
High-level, user-friendly retardation systems, as found in Rokbak trucks, facilitate control of the machine and allow the operator to manage the safety and speed of the hauler – increasing efficiency and reducing wear-and-tear with shorter cycle times on the haul route.
Machine owners should also look for strong after-sales support and assess the availability of spare parts and maintenance services. A well-supported machine will lead to increased uptime and lower operating costs throughout the equipment’s lifecycle.
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