The thrill of motor racing has always been about the excitement and adrenaline rush that we get from watching it. While it is true that there are many fans who only like to watch F1 for the fast-paced strategic action, there’s no denying that motor racing as a whole has seen lesser attention in recent years due to the lack of exciting races and slow cars.
The Thrilling Elements of Motor Racing
The term ‘thrilling’ is often used in motorsport, and for good reason. The elements that make up motorsport are what make it thrilling, especially the ones that are not present in other sports. It is these elements that make motor racing the adrenaline-pumped spectacle that it is.
Speed
The most obvious aspect of motorsport is the speed of the cars. These are the fastest vehicles in the world and are capable of reaching speeds of up to 350 km/h.
Danger
Another aspect is the element of danger. While safety has come a long way in motorsport, there is still a very real chance of a car being damaged or even destroyed.
Strategy
While not a part of the actual racing, strategy is still an important part of the sport. The pit stop is a great example of this, with teams having to predict how their car will perform during the race and how long each lap will take.
Visibility
This one is less glamorous and obvious than the rest, but it is still worth mentioning. Due to the nature of motorsport, it is very difficult for drivers to see what is going on around them. In fact, some drivers have admitted that they are often surprised by their own results.
Exciting Races
In MotoSport, things are far less predictable. When it comes to MotoSport, there are two types of races that are very exciting for fans. The first of these is the Superpole Race, which is a one-lap qualifying session that decides the grid for the main event. This makes for some thrilling races as the riders try to get their lap in before they run out of fuel.
Of course, let’s not forget that safety of the spectators and racers are still important. These awesome machines heavily rely on the knowledge and tools that the mechanics have.