The Nissan has 171 horsepowers bigger amount of horses under the hood in comparison to the Honda CR-Z Coupe 1.5 i-VTEC IMA 114HP manual. The difference is huge and so it have a significant impact on joy of traveling the car. It may be interesting to know that the Nissan has by 46 hp more horsepower compared to the average in its class.
When you push the gas pedal and you start speeding up quickly, that’s torque you’re feeling. And you will experience it better sitting at the steering wheel of the Nissan GT-R Coupe 3.8 285HP automatic 4x4 because it has 306 % more torque when compared to the Honda CR-Z Coupe. Compared cars vary so much that only driving the Nissan you will experience a pleasurable feeling of getting pushed back in the seat as the car accelerate.
Acceleration 0-100 km/h
The Honda can reach the
speed of 100Km/h by
65 percent slower in
relation tohis competitor. The
appreciable difference in acceleration
being in the Nissan GT-R’s favour obviously points
out better model.
With more trunk space the Nissan will have much more room for loading things and be more usefull one than the Honda CR-Z Coupe 1.5 i-VTEC IMA 114HP manual. If the size of the boot is important to you, the Nissan will be better to buy because it is about 40 % larger than the trunk of its rival.
The Honda CR-Z has 111 km/h smaller maximum speed compared to the Nissan, thanks to which driving a long distance, assuming that it is straight and there is no speed limits, will take much more time. The difference might be noticeable during travelling on on the road without speed limits to the car of Nissan brand advantage.
Maximal torque RPM
A greater range and a lower value of revolutions at which the highest torque is delivered determines an engine’s performance. However, to eliminate engines drawbacks like e.g. turbo lug, it is always worth to check a torque graph.
distance between left and right side of a car directly influences on room in the cabin as well as stability on road. The width of the Nissan GT-R is larger by 9 % in comparison to the Honda CR-Z Coupe 1.5 i-VTEC IMA 114HP manual and is not really worth considering. The average for the „sports cars” segment equals to 1,791 millimeters and is by 6 % smaller than the same feature of the Nissan.
In terms of capacity of a fuel tank it is the Nissan GT-R Coupe which can hold 32 liters more fuel than the Honda. The average fuel container size in the S class, from which the Nissan comes from, is 68 l, whereas in sports cars class (represented by the Honda CR-Z) it equals 68 liters.
Nissan GT-R Coupe has 14 % longer wheelbase when compared to the Honda CR-Z Coupe 1.5 i-VTEC IMA 114HP manual. A longer wheelbase provides more stable and comfortable ride, especially at higher speeds. It also provides more storage space. However, vehicles with a longer wheelbase are not as maneuverable as those with a shorter wheelbase.
The engine capacity of the Honda CR-Z Coupe is so much lower ( around 154 percent less in comparison to the Honda CR-Z, that it is pointless to take the decision which car is better choice. These cars are so varying that on the basis of information about engine capacity we can only pick between car’s performance and car’s economy.
The Nissan GT-R is 14 % longer in relation to the Honda. The length of the car plays a role in terms of travelling comfort and space in the trunk. The Nissan GT-R probably will be offering to it's users more room for legs. Aditionally the Nissan GT-R Coupe will be better driven ,however, the Honda will be a little easier for parking due to shorter length .
Number of doors
An owner of the Nissan GT-R has an additional door at the back of a car. It will enable him to load and unload cargo into a boot in more convenient manner, especialy when it comes to things of big size. Passages of both cars who want to seat in the back have to enter a car through a front door which needs folding a front seat.
For a comfortable drive in the city, it is tempting to opt for an automatic but the type of transmisison may have a substantial effect on fuel efficiency. Automatics may use about from 5 to 10% more than manuals.