F1 cars have higher acceleration, greater downforce and better braking systems because they race on tighter circuits with shorter straights. IndyCar is heavier than an F1 car and relies on its momentum to hold its speed over much longer straights. The ovals have much wider curves than on an F1 track.
What is the difference between F1 and Indy cars?
IndyCar races on a wider range of tracks and the cars can change significantly depending on the circuit. F1 is much more standardised race-by-race, but the innovation and development of the cars create more diversity among the teams and, around a typical race track, makes them the fastest racing cars in the world.
How much faster is F1 than Indy?
Actually, an IndyCar machine can take its twin-turbo V6 engine to speeds of 235 MPH, but F1 cars will only reach 205 MPH. This is largely due to the priority that F1 puts on aero and proper downforce, restricting some top-end speed.
Do Formula One drivers pee in the car?
There are pit stops throughout the race, but none that involve the driver going to the bathroom, as there is just not enough time. Thus, the drivers are instructed to pee in their suit if they need to.
Is NASCAR faster than F1?
Comparatively, the highest speed recorded in NASCAR is 212mph (341.181km/h), and these vehicles take 1 second longer to reach 62 mph than F1 cars do. It takes 9 seconds for a NASCAR racer to reach 160mph. These statistics definitively prove that Formula 1 racing cars are the faster of the two racing machines.
Would an F1 car beat an IndyCar?
Formula 1 vs IndyCar – Which Is Faster – The Conclusion
An F1 car will outpace an IndyCar on an F1 track time and time again. An F1 car has much more acceleration than an IndyCar and will easily gain a lead on the IndyCar at the start. Its greater downforce also enables it to take the turns at higher speeds.
Is NASCAR faster than IndyCar?
Although NASCAR cars have a more powerful engine, their top speed is limited to 320 kph (200mph) in a race. IndyCars can attain top speeds of between 380-395 kph(235-245mph).
How much does a NASCAR car cost?
NASCAR racing automobiles are a bit pricey. On average, you should expect to pay between $200,000 and $400,000 for a built-up car. The cost-cutting will depend on the budget of the various sponsors and race teams.
Why are there no females in F1?
Rather it is because there have been no sponsors who have had the courage to believe in a woman and provide her with the budget she and her team need for a successful season. … The last woman to race in an F1 Grand Prix was Italian driver Lella Lombardi. That was 45 years ago.
Do F1 drivers poop in their suits?
Finally, the driver is not eating anything while driving but only drinking liquids. Therefore, once they have used the toilet before the race, they shouldn’t have to do it again during the event. If a driver had to, they would apply the same concept and poo in their suit or adult diaper.
Why do F1 drivers zig zag?
The most crucial reason why F1 drivers swerve during the formation lap is to maintain heat in their tires. … Swerving the car back and forth at low speeds helps to keep heat in the tires, keeping the rubber soft, allowing the tires to maintain optimum grip for the start of the race.
How does F1 driver pee?
So well, you might be thinking, man, this stuff is so cool and surely they have some kind of a system for peeing integrated into the racing suits . Yeah well, THEY DONT have any such set-up! Instead, F1 drivers pee inside their race suits during the race. … They simply pee inside their suits.
Which is harder F1 or NASCAR?
F1 cars are much faster, much harder to drive, much more sensitive, and way more complicated than the muscle cars and trucks in NASCAR. However, NASCAR has its own challenges, racing is much harsher and crashes are more common, and it takes a lot of effort just to avoid crashing.
Why are Formula 1 cars so fast?
How do they go so fast? While part of the reason is its powerful engine, the secret behind F1 cars’ super speed lies in the fact that they can go through corners at high speeds. They are able to do this using aerodynamics. Aerodynamics involves the analysis of the movement of air around an object.