The power to deliver a top quality job is the key to success in any business. So our comprehensive range of engines and transmissions, plus the choice between front- or rear-wheel drive, have been developed to withstand the rigours of working life. And to put out the muscle when you need it most.
Our line-up of Duratorq TDCi diesel engines uses advanced design and technology to boost performance and efficiency. The latest common-rail fuel-injection system helps shape a hard-working combination of horsepower and torque for superior load carrying and towing capability.
Choose Your Engine from:
Diesel (Rear-wheel drive)
A powerful 3.2-litre 5 cylinder TDCi engine delivering 200PS and 470Nm of torque.
Diesel (Front-wheel drive)
2.2 Duratorq TDCi engine, available in three power and torque configurations:
85 PS/250 Nm
115PS/300 Nm
140 PS/350 Nm
Diesel (Rear-wheel drive)
2.4 Duratorq TDCi engine, available in three power and torque configurations:
All engines comply with Stage IV emissions legislation. Stage IV is the latest legal requirement needing 50% reductions in oxides of nitrogen (NOx) and 40% reductions in particulates below previous Stage III levels.
Energy management
Rear-wheel drive models and two-tonne FWD (330/350 models) are equipped with twin batteries. This arrangement allows the second battery to power whatever accessory is needed when the engine is switched off, leaving the primary battery in a high state of charge for dependable start and run operation.
Key benefits
Why front-wheel drive?
Lower load floor for easier loading and unloading
Larger loadspace and extra interior height
Outstanding manoeuvrability and driving feel
Better fuel economy and payload than equivalent RWD models
Ideal choice for multi-drop delivery applications
Why rear-wheel drive?
Traditional layout for heavier payloads
Ideal choice when towing
Carbon Diesel Particulate Filter’s (cDPF’s)
Optional cDPF's Carbon Diesel Particulate Filter’s are now available on all powertrains (RWD 2.4L 100PS gains 6-speed transmission when specified with cDPF).
