HOWO 371HP tipping truck is suitable for use on construction sites. Users can use it to transport cement, sand, bricks and other construction materials to meet the material transfer needs during the construction process.
About 30 Tons SINO TRUCK HOWO 371HP 6x4 Tipping Truck
The HOWO 6x4 tipping truck is equipped with a large-displacement WD615 high-pressure common rail engine, providing ample power to meet heavy-load transportation needs. It is particularly suitable for complex working conditions such as mines and construction sites. Equipped with an HW19710 ten-speed manual transmission and a dual-speed reduction drive axle, the HOWO 371HP tipping truck has demonstrated remarkable adaptability on African construction sites.

30 Tons SINO TRUCK HOWO 371HP 6x4 Tipping Truck Specification
Engine: WD615.47, 371HP. Euro 2
Cabin: HW76,With one bed, A/C
Gearbox: HW19710+HW50, 10F & 2R, with PTO, manual gearbox
Drive Axle: MCX16ZG,2x16000kg,
Tire: 12.00R20,10+1 pcs
Cargo Size: 18m3
Fuel Tank: 300L
Dimension: 8500x2580x3450mm
30 Tons SINO TRUCK HOWO 371HP 6x4 Tipping Truck specification only for your reference, we can manufacture other model tipping truck basic your request.
30 Tons SINO TRUCK HOWO 371HP 6x4 Tipping Truck Engine
HOWO tipping trucks use the WD615 series engine, which has been proven in the market for many years and has performed well in complex working conditions such as Africa. It is adaptable to high temperature and dusty environments, has a low failure rate, and relatively low maintenance costs. This engine has mature parts supply and low maintenance costs. It has the characteristics of reliability, power, and cost advantages.

Benefits Of Rectangular Containers
The HOWO 371HP tipping truck uses a rectangular cargo box. The flat bottom design and vertical side panels of the rectangular cargo box make the interior space regular. The loading volume is usually larger than that of a U-shaped cargo box. It is more suitable for transporting dry and loose materials such as sand, gravel, and coal, which can improve transportation efficiency.
