Equipped with Weichai WP10 National III electronic-control high pressure common rail engine, it features low speed torque, energy saving and environmental protection.

With single stage four-element double turbine hydraulic torque converter, it reduces gears and reasonably matches with the transmission and engine, offering large traction force.

Double pump conflux, steering priority hydraulic system features high efficiency and low energy consumption.

Full hydraulic coaxial flow steering amplification system enables light and flexible  steering, and reliable work.

The hydraulic fuel tank uses high-precision paper filter element in the oil suction and oil return pipeline, which ensures the cleanliness of the hydraulic system.

It improves the reliability of the hydraulic system by using hydraulic accessories of high standards and new technologies in the industry.

The cooling system for the whole machine is optimized and the heat dissipation effect is good, ensuring the stability and reliability of the machine under harsh working conditions.

The structural parts are subject to finite element analysis, and the key hinge joints adopt dustproof design, which ensures good lubrication of the pin shaft.

The whole machine adopts full hydraulic double caliper disc brake system, with three brake calipers on one side of the wheel; the parking brake adopts hydraulic caliper disc brake. And the main brake components are all high quality imported brake components, ensuring safe and reliable brake operation.

The front wheel uses 26.5-R25 ★★★ full steel engineering radial tires, and the rear wheel uses 26.5-R25 ★ ★ full steel engineering radial tire.

The cab uses luxury interiors, high quality seat, silk enclosure mat, and sunshade, as well as bidirectional shock absorption devices for good comfort.

Intelligent instruments system offers real time monitoring of the overall working conditions.

Adapted to modern exploration technology, it can easily pry and load the rough stone blocks, which reduces labor cost and labor intensity.

Three power modes: “heavy load”, “medium load” and “light load” can be selected according to different working conditions to achieve fuel economy and consumption reduction.