Rokbak's two new articulated haulers, the 370hp RA30 and 444hp RA40 are built for heavy-duty work in a variety of conditions
Rokbak, the recently-rebranded Terex Trucks, has launched two new articulated haulers: the RA30 and RA40. Both trucks will be available in Australia in October.
Designed for heavy-duty work in commercial construction projects, quarries and mines or infrastructure developments, the balanced drivetrain of the RA30 and RA40 haulers provide excellent performance in all hauling conditions, from muddy terrain to slippery slopes, and from scorching heat to sub-zero conditions, says Rokbak.
The larger RA40 is powered by a Scania DC13 engine, with a gross power of 331kW (444 horsepower), a maximum torque of 2,255Nm and a 38 tonne payload. It features an effective power to weight ratio, ensuring the fast movement of heavy-duty materials on all types of terrain.
The smaller RA30 comes in at 28 tonne and offers a heaped capacity of 17.5 cubic metres and is powered by a Scania DC9 engine generating gross power of 276kW (370hp) and a maximum torque of 1,880Nm.
The RA40 and RA30 are linked to Rokbak’s Haul Track telematics system, giving the user complete visibility and control of the hauler. An operator can access GPS and location tracking data together with a range of downloadable daily performance reports detailing machine hours, engine speed, idle time, system fault code alerts and much more.
This helps owners plan maintenance more efficiently, maximising uptime and prolonging component cycles.
Both models are installed with transmission retarder modes, coupled with an exhaust brake and fully enclosed oil-coiled multidisc brakes, to keep wear-and-tear to a minimum.
This not only lowers the cost of operation for customers, it also ensures total control, safety and stability for operators, no matter how steep the incline, says Rokbak.
Ground level test points, a fully tilting cab and an electronically raised hood make servicing quick and easy. Interval periods between services are also extended to their optimum level.