The Subaru XV has 79 percent more horsepower than Peugeot. The Subaru XV 2.0D 147HP manual 4x4 will be distinctly more dynamically speed up thanks to bigger power. Also leaving behind cars or obstacles while driving should be a piece of cake for a vehicle equipped with stronger motor.
The difference of 199 % is really large. It results from the fact that both cars have various types of engine. While the Subaru XV 2.0D 147HP manual 4x4 is equipped with a diesel engine, the Peugeot 2008 has a petrol engine.
Acceleration 0-100 km/h
The Subaru XV accelerates to 100k\h
quicker in comparison to the Peugeot 2008. A noticable difference in
acceleration in favor of the Subaru XV will allow him to overtake much
quicker and avoid other obstacles.
Trunk capacity with seats down
The top speed possible to be reached by the Subaru XV is greater in comparison to of the Peugeot 2008 1.2 VTi 82HP manual by 29 km/h, which allows the Subaru XV to overcome faster large stretches of highway. The difference at the level of 29 km/h is small and will be insignificant in everyday driving.
Maximal torque RPM
A wider range and a lower value of revolutions at which the maximum torque is reached has an impact on an engine’s effectiveness and dynamism. However, to eliminate engines drawbacks like e.g. turbo lug, it is worth to analyze a torque graph.
The width of the vehicle influences on passanger's inner room as well as driving stability. The Subaru XV is 2 percent wider than the Peugeot 2008 1.2 VTi 82HP manual. It is clearly perceptible by driver and passenger in front, who have more space for their elbows.
The winner of these two vehicles in the category of fuel tank capacity is Subaru XV which can hold by 20 percent more oil compared with the Peugeot 2008.
The wheelbase of a car equals the distance between its front and rear wheels. The wheelbase significantly affects the driving due to more appropriate vehicle's weight distribution. Subaru XV has 3 % longer wheelbase distance in relation to Peugeot 2008. Wheelbase dimensions are crucial to the balance and steering. Hence, the mass of Subaru XV 2.0D 147HP manual 4x4 should be better distributed and driving should be easier and safer.
Ground clearance means the gap between the car underbody and the road. taking these two cars into consideration, it is the Subaru XV that has 31 % higher ride height in relation to the Peugeot 2008 1.2 VTi 82HP manual. For this reason the Subaru XV 2.0D 147HP manual 4x4 will cope better with rough terrain and obstacles in the city. One drawback is the higher ride height equals a higher center of gravity, which can negatively affect the handling of the vehicle.
The engine size of the Subaru is by 799 cubic centimeters bigger in relation to the Peugeot 2008 1.2 VTi 82HP manual. In a consequence the Peugeot 2008 will be more fuel efficient, but, the engine of the Subaru XV will be of better performance, running more smoothly and less prone to breaking down.
The Subaru XV is 291 millimeters longer in comparison to the Peugeot 2008. The length of the vehicle plays a role in terms of travelling comfort and room in the boot. The Subaru XV very likely will be offering to it's users more room for legs. Aditionally the Subaru XV 2.0D 147HP manual 4x4 will be better driven ,however, the Peugeot 2008 will be a bit easier to park due to shorter length .
A Boxer engine installed in the
Subaru XV is significantly
better because it has smaller dimensions and produces less vibrations in
relation to In-line engine.
Moreover it is good to
that its horizontally opposed
design results in that a
car has a lower center of
gravity what affects the better grip. The advantage of In-line
engine, like the one
installed inside the Peugeot 2008, is that thanks to its simplicity of
construction it can be fuel efficient compared to
other types of engines.
If you are a tall man or you happen to carry in the trunk stuffs of big size, the Subaru XV, which is by 58 millimeters higher than the Peugeot 2008, is better option for you. However, these two vehicles do not vary much in its height and it should not be much observable.