The difference between 276.856 mph and 2567 mph is essentially not significant in real life; people will always prefer being faster even though the difference between the two may only be a matter of seconds or a minute. Since the car racing industry was introduced, there also begun competition of producing the fastest car and this is the reason car industries are growing. Car producers fill the demand by producing the fast cars that people watch movies.
The Ford Mustang
Most Mustang purists will tell you that Mustangs are luxurious, light and perfect on the racing track. It explains the increased preference for the car for racing activities. Besides, that almost every car video game has a ford mustang this shows that they are desirable favorites to win races. However, there are those facts not known to everyone and anyone. The 1967 Shelby Mustangs, for instance, used Mercury Cougar tail lamps while the 1968 models used the lamps that were found in the 1966 Ford Thunderbird.
A Formula One car’s exhaust System
Aluminum is known to melt at 660 degree Celsius whereas the formula one car exhaust can get up to 10000 degree Celsius. It means that the exhaust system of a formula one car can melt aluminum. It is the reason the car is made up of exotic metals which are very expensive such that one tailpipe of a formula one costs more than an average road car.
An average formula one car stops in three seconds
Less than three seconds indeed. In less than a minute, a formula one car can stop be parked, get jacked up and all the four tires replaced, and the car gets back on the race. The turnaround time makes the sport the most efficient regarding parameters. No one takes undue advantage from another’s tire burst.
Manholes need to be welded down before a race
Race cars at very high speeds produce massive amounts of vacuum. This space works to help it get sucked into the ground. Therefore, if there is a loose manhole along the way of the race course it may get sucked up by the fast moving car. This fact was not known in the past, and it led to some significant damages.
Almost everything in a standard car was meant for a fast car
Most of the average vehicles in use today are expected to move you from one place to another safely and not as fast. However, every single part of an average car was specifically meant to help someone else go more rapidly, long time before it was supposed to keep you safe.
The roof of a Ford GT
For safety purposes, most of these cars come with reinforced chassis components and body elements that lower the collision impact in the event of an accident. For instance, the Ford GT is an ideal example of a strong car as a roof crush test ended up breaking the crushing machine. That is not only a sign of safety but the durability of the car.
Fast Cars and Race Teams
Ultimately, the speed capacity of determines if a car is good enough to get the desired results in a competitive race. In the advent of increased sporting activities around the world, the racing world has seen massive investments geared towards the sector. That perhaps explains why every company takes pride in hosting annual and bi-annual racing events where private competitors are invited. As a result, people have formed organized racing teams where they participate in recent competitions.
The McLaren F1 Gearbox
The model is not only known for its fast speed but also of the streamlined body, customized features and state of the art operating technology. When the F1 gearbox was being tested it used an old Chevy V8 engine in testing, the vehicle needed enough torque to get two times of what was expected by the manufacturer.
Acceleration of a top race car
With most of the fast cars used for racing purposes, their acceleration capacity is a crucial priority for the drivers. If you are not aware, the racing tracks contain curves, hills and rough terrains that require the drivers to adjust the speed with the terrain. The rate of acceleration is likely to influence the winner of a race. Nevertheless, most of the cars tend to reach 200mph in three seconds.