Have you ever wondered why some cars drive quite quickly and on an engine with a small the amount of horsepower, while others, at best, achieve similar results with a motor on which, it would seem, you can fly away to space? Why do the dynamics of cars differ so much and on what it depends most of all in practice.
As you might guess, first of all, the car's weight affects the dynamic qualities of the car (acceleration speed and optimal speed). Not the last word in this matter is also said by the shape and style of the body, in particular its aerodynamic qualities. Affects the dynamics and size of the wheels. However, there is one more important thing that many for some reason forget about when discussing the speed characteristics of the car.
We are talking, of course, about the gearbox. It just so happened that today it is cars with a manual transmission that in the vast majority of cases show the best results. In any case, when it comes to more or less massive representatives of the automotive market.
READ ALSO: Why you shouldn't "pull" other people's cars not with your own cable
With the same cars and engines, the "weakest" gearbox in terms of dynamics is the variator. The automatic transmission behaves a little better. At the same time, the best result, as already noted, is demonstrated by the "old-fashioned" manual transmission. The only exceptions to this slender list are "robots", but here a lot depends on the configuration of a particular box.
>>>>Ideas for life | NOVATE.RU<<<<
Often in the passport data of the same cars equipped with a robot and a mechanic, the same dynamics indicators are indicated. The main thing for which you can really praise the robot is that, unlike the driver, he never makes mistakes. This means that in a number of situations such cars will be the fastest.
If you want to know even more interesting things,
it is worth reading about for whatever reason, cars were not produced in the Soviet Union with diesel engines.
A source: https://novate.ru/blogs/290520/54701/