Subaru XV 2.0D 147HP manual 4x4 vs Mercedes GLA 200 156HP manual

Subaru XV 2.0D 147HP manual 4x4

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17 reasons for

Subaru XV, model available from 2012.
It has 2.0D 147HP diesel engine produced from 2012.
Drive 4x4 has manual, 6 speed gearbox.

13 reasons for

Mercedes GLA, model available from 2013.
It has 200 156HP petrol engine produced from 2013.
Drive has manual, 6 speed gearbox.

Mercedes GLA 200 156HP manual

17 reasons for Subaru XV 2.0D 147KM manual 4x4 in comparison to Mercedes GLA 200 156HP manual

Reasons for

Average consumption

5.4 > 5.9 l
The Subaru XV 2.0D 147HP manual 4x4 uses 0.5 l fewer in the mixed cycle in relation to the Mercedes GLA 200 156HP manual. The difference in the amount of 9 % is not very appreciable. At the same time during a longer period of time it can generate a substantial cost reduction.

Maximal torque

350 > 252 Nm
Thanks to 98 newton meters higher torque, the engine of the Subaru does a much better job of transmitting power to the wheels than the Mercedes GLA. This, in turn, have relevant effects on acceleration.

Urban consumption

6.8 > 7.9 l
The fuel consumption of the Subaru XV 2.0D 147HP manual 4x4 is 14 percent smaller than the Mercedes. Despite the fact that the difference is small, in the long term it can cause that your car would be noticably cheper to exploate.


1,071 > 847 km

Fuel tank

61 > 51 l
The winner of this confrontatnion in the category of fuel tank capacity is Subaru XV which is able to hold by 10 l more diesel in comparison to the Mercedes.

Urban range

882 > 633 km

Extra-urban range

1,200 > 1,042 km

Engine capacity

1,999 > 1,595 cc
The engine size of the Subaru XV 2.0D 147HP manual 4x4 is by 404 cubic centimeters bigger in comparison to the Mercedes. In a consequence the Mercedes GLA will be more fuel efficient, however, the engine of the Subaru will be of better performance, working more smoothly and more durable.

Gross trailer weight

1,605 > 1,404 kg


4,450 > 4,417 mm
The Subaru XV is 1 percent longer in relation to the Mercedes GLA. Long cars have more interior space and usually provide bigger trunk. While the Subaru XV 2.0D 147HP manual 4x4 occurs to be better pick for families or those who appreciate soft, smooth long-distance driving that make them feel fresh and relaxed upon arriving, the Mercedes GLA may appeal to women as it will not make problems with parking and will be more maneuverable.

Cylinder layout

boxer > inline
A Boxer engine placed in the Subaru occurs to be noticeably better because it is smaller and creates less vibrations compared to straight engine. Furthermore it is good to know its horizontally opposed layout causes that a automobile has a lower center of gravity what affects the better grip. The advantage of In-line engine, like the one put in the Mercedes, is that due to its simple construction it can be cheaper compared to other types of engines.


1,616 > 1,493 mm
The higher a car is, the the more convenient is a getting in to it and greater capacity of carrying big amount of thinks to it. The difference between these two cars at the level of 123 millimeters in favor of the Subaru is little and does not matter much.

Tire width

225 > 215 mm

Maximal power RPM

3,600 > 5,300 revolutions/minute


1,965 > 1,916 kg

Tire profile

55 > 60 %

Curb weight

1,522 > 1,391 kg


13 reasons for Mercedes GLA 200 156KM manual in comparison to Subaru XV 2.0D 147HP manual 4x4

Reasons for

Maximal power

156 > 147 hp
The horsepower of the Mercedes GLA is by 6 percent grater in relation to the Subaru. As the difference is not big this should not affect the vehicles performance to a large extent.

Acceleration 0-100 km/h

8.9 > 9.3 s
The Subaru XV 2.0D 147HP manual 4x4 accelerates from 0 to 100 Km/h relatively slower in relation to the Mercedes GLA. The difference at the level of 0.4 s is quite low and for that reason it should not be vitally taken into account for buying one of these two cars.

Top speed

215 > 198 km/h
The top velocity possible to be reached by the Mercedes GLA is greater in comparison to this of the Subaru XV which allows to cover the same distance on the highway faster. The difference at the level of 9 percent is little and is imperceptible in daily driving.

Maximal torque RPM

1,245 > 1,600 revolutions/minute
A greater range as well as a lower value of rotations at which the maximum torque is reached has an impact on an engine’s efficiency and flexibility. However, in order to eliminate engines drawbacks like e.g. turbo lug, it is always worth to see a torque graph.

Extra-urban consumption

4.6 > 5 l


1,804 > 1,779 mm
The width of the vehicle influences on passanger's inner room and driving stability. The Mercedes GLA is 25 mm wider than the Subaru XV. It is often clearly perceptible by driver and passenger in front, who have more room for their elbows.


2,697 > 2,635 mm
The wheelbase of a vehicle is the length between its front and rear wheels. The wheelbase significantly affects the driving due to better vehicle's weight distribution. Mercedes GLA has 62 millimeters longer wheelbase distance in relation to Subaru XV 2.0D 147HP manual 4x4. Wheelbase dimensions are crucial to the stability and steering. Hence, the mass of Mercedes should be better distributed and driving should be smoother and safer.

Maximum load capacity

525 > 435 kg

Rear track

1,560 > 1,525 mm

Price range

luxury > popular

Model release date

2013 > 2012
Because of the fact that the Subaru XV 2.0D 147HP manual 4x4 started to be manufactured only 1 year before the Mercedes GLA 200 156HP manual, the distance in technology applied in both cars shouldn’t be really huge, however, the Mercedes might feature a bit more new solutions used in it.

Gross trailer weight without breaks

700 > 653 kg

Front track

1,567 > 1,525 mm

Cars specifications

Subaru XV 2.0D 147HP manual 4x4 Mercedes GLA 200 156HP manual
    Gross trailer weight 1,605 kg 1,404 kg
    Price range popular luxury
    Model release date 2012 2013
    Facelifting no no
    Class compact SUV compact SUV
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