6×4 Dump Truck
- Body Volume
- 2–30 m³
- Payload
- 2–40 t
- Engine Options
- Multi-brand engine / chassis options
- Steering
- LHD / RHD
- Drive Configuration
- 6×4
- Emission Standard
- Euro 2–6
Reference configuration. Final values are confirmed for the selected chassis, model and destination.
About the 6×4 Dump Truck
The KEEYAK 6×4 Dump Truck is a three-axle bulk carrier with two driven rear axles and a hydraulic tipping body. This tandem-drive tipper transports compatible aggregates, soil, rubble, or construction material, then unloads through a controlled body-raising cycle. Specifications include payload (2–40 t) and body volume (2–30 m³).
It serves earthmoving contractors, quarries, infrastructure projects, and material suppliers operating between loading points and prepared discharge areas. Body geometry, material density, axle ratings, route gradients, surface traction, turning limits, and tipping stability determine the appropriate configuration. Final selection must match the intended duty cycle and operating environment.
What Is a 6×4 Dump Truck Used For
- Quarry Material HaulingThe rear tipper carries compatible aggregate from quarry loading areas to stockpiles or processing points over routes requiring added driven-axle traction. Buyers should confirm payload, operating conditions, and site access before ordering.
- Earthmoving Site CyclesContractors move excavated soil or fill between cut and placement zones, provided haul roads and tipping areas support the loaded vehicle. The selected body volume must match operating conditions and site access.
- Road Construction SupplyCrews deliver subbase, stone, or compatible asphalt materials to road projects where controlled discharge and repeated site cycles are required. Buyers should confirm payload, operating conditions, and site access before ordering.
- Demolition Debris TransportThe truck moves approved loose demolition material from controlled loading areas, with body lining, tailgate, weight distribution, and disposal acceptance confirmed beforehand. Selection depends on body volume, duty cycle, and site conditions.
What buyers usually confirm first
How does tandem drive affect site operation?
Tandem drive can improve traction and distribute propulsion across two axles. Actual mobility still depends on tires, differential arrangement, ground condition, gradient, and load. Buyers should confirm payload, the intended task or load, operating environment, and final compatibility before ordering.
