Why can't I drive an F1 car down the street?

F1 cars have reverse.

:smiley:

Hammond: “Oh my God! Oh My God! Holy Mother!..It’s absolutely the most glorious machine in the world!”
Pit guy: “Wait 'til you get it into second.”

Apart from legal issues, a modern F1 car doesn’t have an onboard starter motor, and has to have warm motor oil pumped through the engine and gearbox (by attaching a pump to the car, not using onboard systems) before you can even think about starting it anyway.

The brakes don’t work unless they’re warm. They won’t get warm on public roads. The tyres don’t grip unless they’re warm. They won’t get warm on public roads. The wings don’t do anything above about 50 miles per hour. If you have to stop (stop sign, light, obstruction, pedestrian, whatever) you will almost certainly stall. Even if you don’t stall when you stop, you will almost certainly stall when you try to get it moving again.

So yeah, that’s why: you’ll crash.

Now, you can drive a Group C racer (Dauer 962 Le Mans - Wikipedia), World Rally Championship car, or something approaching an old-school BRM F1 car: (Light Car Company Rocket | Sports Cars).

“close to redline” at 60mph in top gear? There is no way a car that redlines at 60mph can clock a 1/4 mile in 10 seconds. If he hit 60mph in the first second after the green, it would still take him almost 15 more to get down the track at 60mph.

Nitpick: Maybe an older F1 car, but modern ones all have anti-stall systems which disengage the clutch if the revs drop too low. It’s a safety feature to prevent colliding with a stalled car on the starting grid.

FWIW, here’s a funny old Fiat commercial featuring Schumacher driving an F1 car on a city street.

The anti-stall system is not infallible, though - you can see Richard Hammond repeatedly stalling in the YouTube video EpicNonsense linked to above, for example.

Hammond isn’t stalling, that’s the anti-stall is cutting in. The engine is still running.

If you are in the US or Canada, your local state or province governs what you can and cannot drive on the road. You will need plates, in most places insurance, and to pass whatever safety or emissions inspection your state or province requires.

In the UK there appears to be literally no laws regulating cars at all. People in the UK actually drive LMP1 prototypes to and from work on public roads. You can tie a leaf blower to a shopping cart and it probably counts as a street legal car. I understand the state of Florida is similar in this respect.

Agreed, that is not possible, you need to be going well over 100 MPH to run the quarter in that time. Must be another part of the myth on how fast old-school muscle cars were.

Also, some street-legal cars are exempt from the requirement to have catalytic converters or meet mordern emission standards, so MikeS and Wordy, you can’t really go by that either.

Which makes it not street legal:

http://www.nhtsa.gov/cars/problems/studies/bumper/index.html

The NHTSA does not regulate what you can and cannot drive on the street, if that’s what you mean by “street legal”.

It makes a difference when the tires are changed to drive on highway. A lot less distance traveled per ‘rpm’ without the tall slicks on the back :wink: I had let him borrow some spare tires/rims I had so he could get his car to Kansas and back; circumstances went all to hell for him, but we got there (!). Trust me, an engine of around 430ci meant for short runs that reds at around 6k (iirc) does not like turning at 4500rpm for long due to heat issues, and with the rear-end being specifically meant for just strip-use… We/he should never have made that drive, and it was so darn loud for so long that I inadvertently left a $800 video cam on top of car at a rest area, forgetting that I had put it there between the two ‘slicks’ we had to put atop the car (strapped on securely).

I saw many of his ‘time-slips’ that proved that car could do 10’s when properly set-up, tuned/timed, and the right fuel, but putting consumer-size tires (ie legal for street) on rear made it very different, of course. Constant highway speeds are not common for such vehicles unless the owner wants to ruin the engine.

Many (most?) resto’d vehicles with the tall rear-ends do not travel highway speed for long due to inefficient OEM cooling systems - unless large amounts of money are spent on after-market cooling systems, etc. That was more my point, and probably why it was mentioned about cars going so slow on highway. Been there, done that, quite a bit. Certainly not trying to make an issue over it. This does relate to ~F1-type cars that were not designed, at all, for slower driving for more than a minute or two.