The horsepower is a feature that most of car fans pay the greatest attention to. In this comparison, it is the Ford Tourneo Courier which has by 16 horsepower more than the Dacia, which makes this vehicle somewhat quicker. Due to more horsepower the Ford Tourneo Courier 1.0 EcoBoost 100HP manual will also give a bit better flexiblility in specific gears.
The Ford Tourneo Courier 1.0 EcoBoost 100HP manual burns up 35 % less amount of fuel in the mixed cycle in relation to the Dacia Dokker Mikrovan 1.6 MPI 84HP manual. The difference in the amount of 35 % will be quite significant in everyday usage of the vehicle. In the long period of time it can generate a substantial cost reduction.
The Ford Tourneo Courier has 38 newton meters more torque when compared to the Dacia Dokker. The difference at such level is quite big, what means
that the Ford Tourneo Courier will accelerate perceptibly faster.
The fuel economy (urban) is considerably to the Ford Tourneo Courier 1.0 EcoBoost 100HP manual's advantage. This vehicle uses 4.4 l less petrol in the urban cycle than the Dacia Dokker Mikrovan. Better fuel econumy equals an increase in cruising range.
Maximal torque RPM
A big difference in rotations per minute at which the maximum torque is produced clearly indicates that the winner is is the one of the Ford Tourneo Courier. The engine of the Dacia achieves its full efficiency at 2,800 revolutions per minute which is by 1,400 revolutions per minute worst result compared with the Ford Tourneo Courier.
The width of the car influences directly on passanger's inner room as well as driving stability. The Ford Tourneo Courier 1.0 EcoBoost 100HP manual is 17 millimeters wider than the Dacia Dokker Mikrovan. It is often clearly perceptible by those sitting in front, who have more space for their elbows.
Model release date
Because of the fact that the Dacia Dokker Mikrovan was launched only 2 years before the Ford, the distance in technology applied in both cars shouldn’t be really big, however, the Ford Tourneo Courier may feature slightly more advanced solutions applied in it.