The Mercedes GLA comes with petrol which produce by 86 more horsepower than the the engine of the Ford Ecosport II 1.0 Ecoboost 125HP manual, giving the vehicle a more sporty character. It seems to be googd choice to those who want to experience thrill of getting behind the wheel of a sports car.
Acceleration 0-100 km/h
The Mercedes GLA speeds up to 100k\h by
quicker than the Ford Ecosport II. A significant difference in
acceleration in favor of the Mercedes GLA will allow him to overtake much
quicker and avoid other obstacles.
The Ford has 28 percent smaller maximum velocity in comparison to the Mercedes, thanks to which covering a long distance, assuming that it is straight and there is no speed limits, will last much longer. The difference might be perceptible during travelling on on the road without speed limits to the car of Mercedes brand advantage.
The Mercedes has 176 millimeters longer wheelbase when compared to Ford. Thanks to this the Mercedes is more safe and has a better stability. Moreover, longer wheelbase influences on convenient and more comfortable riding.
The Mercedes GLA has 991 cubic centimeters larger engine capacity than the Ford Ecosport II. The difference is considerable. Consequently the Mercedes GLA should accelerate faster and be able to achieve higher maximum speed. On the other hand greater engine size means worst fuel efficiency.
The Mercedes is 173 mm longer in comparison to the Ford Ecosport II. Long vehicles more of passenger space and in most cases have plenty of trunk space. While the Mercedes GLA seems to be better for families or persons who appreciate comfortable rides, the Ford Ecosport II may appeal to women because it will not cause troubles with parking and will have smaller turning radius.
To people who value less absorbing use of a car and who don’t want to struggle with complications resulting from the stick shift we recommend vehicles equipped with automatic gearbox. To those who have a flair for sport driving a manual gearbox might be better because it gives a control of rmp range in which a shift take place.