At the beginning of 2015, Audi us presented the second generation of its model supercar, the Audi R8. This second generation would come to our roads to end of that same year, available in two variants different. The first Audi R8 also was available with two variants different from power, a V8 of 4.2 litres and a V10 of 5.2, delivering 430 and 525 CV respectively. In the second generation, we have the V10 and V10 Plus versions with identical mechanics V10 atmospheric but with powers of 540 and 610 HP.
Is possible that, if have a good has current, are proposing you the purchase of the Audi R8 but dudes between the V10 “normal” or the V10 Plus. Are 70 CV of difference, that not are few, although the less powerful of the news already exceeds to the more powerful of the first generation. The difference between both variants is of some 23,000 euros. According to figures approved, the V10 makes the 0 to 100 in 3.5 and the V10 Plus in 3.2 seconds, with some respective speeds maximum of 320 and 330 km / h.
To make more visible and to know really those differences between both variants, Auto Express has made a career of drag (career of acceleration) with both vehicles and it has hung in YouTube. In the video it can appreciate visually the difference of those 70 CV in identical conditions at the end of a kilometer of pure acceleration. In it, we also see that the Audi R8 V10 seems to accelerate better on the first meters than the V10 Plus. However, dan best time of acceleration to the V10 Plus
According to the measurements of the medium, the V10 takes 3.5 seconds and the V10 Plus need 3 seconds on make the 0 to 60 mph (0 to 98 km / h). According to the images, the less powerful takes less in cover that acceleration by what, perhaps, the medium Auto Express has made several times the test of drag with both and it takes recorded and posted not has been the more successful. According to their measurements, the time that takes in cover the first 1,000 meters is of 20.5 seconds for the Audi R8 V10 and 19.9 for the V10 Plus. Again, not agrees the time that we show with the difference that appears in the images.