First off, it's entirely apropriate for Ferrari to lobby for some other engine formula. Every manufacturer likes to pretend what he races really does find its way into your garage. Ferrari doesn't make a 4 cylinder, they clearly don't have any plans to make one any time soon, and they would rather race something like what they do make.
ringo wrote:Sayshina wrote:
Ringo, during your refueling defense you made a comparison to fighter aircraft. You are in reality wrong there. A very large internal fuel load has historically been a deciding factor in air combat, ...
When was i talking about combat?
I am talking about range and fuel efficiency. And even in combat a lighter plane is a more agile plane. A large internal fuel load is a decider in what way?
explain that because if you have 2 F15 battling it out and 1 has half the fuel load, it will be more agile and be able to climb faster.
You mentioned fighter planes, things that exist for combat and nothing else. I naturally assumed you meant combat. For the record, whenever you talk about racing cars I naturally assume you mean as they pertain to racing on a race track. If you are in fact discussing them in terms of their static display properties I would appreciate it if you would mention that, as it does impact the discussion.
If you're really interested in air combat, there exists a mountain of information on the subject. I suggest you look into it a little bit, as you'll quickly discover that some of your assumptions are, I am sorry, just plain wrong. This really isn't the right format, but I'll just throw a couple of bullet points out because, well, otherwise you'll just think I'm being a dick. Please do feel free to look up any of this, it's all available.
Large powerful, fast airplane with lots of fuel vs. small agile plane. We could look at the US F6F vs. the Zero, or the F4 Phantom vs. the Mig 21, or in training the F14 vs. the F16. History shows that yes, you are correct, the smaller agile plane usually can turn inside the big plane, and often though not always climb faster as well. Doesn't matter. The big plane does what's called a "boom and zoom". If he has an advantage, he flies in and shoots, if he doesn't he runs away and waits till he has an advantage.
The F4 Phantom was known by its pilots as "The Flying Brick". Does that sound like an agile plane to you? The Mig 21 was a deadly dogfighter, fantastically maneuverable, but with tiny tanks. F4 pilots were ordered under no circumstances to try to turn with a Mig. And yet history shows that the F4 swept those Migs out of the skies. It's a lot more complicated than this, and I really do hope you look it up for yourself, but in the end big and powerful beats small and agile.
Energy in what sense?
More energy doesn't mean more fuel efficient. Any vehicle that refuels insteading of hauling a large mass of fuel for whatever purpose, will be lighter, smaller and have better performance.
Energy. If you're at a higher elevation that's potential energy. If you're going faster that's kinetic energy, and if you have more fuel available that's potential energy again. You need to remember aircraft, and racing cars too for that matter, bleed off massive amounts of energy whenever they change vectors. That energy has to be replaced, and planes, unlike cars, do not have any efficient means of speeding back up. At full power a combat aircraft can burn through it's entire fuel load in seconds.
You are talking as if if refueling returns the teams will keep the same huge 250kg tanks. They wont.
It's not the tank that weighs 250kg, a huge empty tank weighs barely more than a tiny empty tank. The cars would use smaller tanks, but strictly for aero reasons, which is why I said it only applies to F1. In other formulae where most cars tend to have lots of spare internal volume anyway they also tend to use the maximum allowed fuel tank size. Why not? unused tank volume is basically free.
If an fighter plane can make do with a small fuel tank and take 3 refuling stops in mid air. I don't see the need to have a tank 3 times the size on the aircraft.
If your fighter has lots of internal fuel volume and I need to refuel to make it home you can kill me without ever even getting close to me. I can't refuel as long as you're anywhere nearby, so I have to chase you away, I have no choice. And every time I do, you can simply run away. I can't chase very far because remember, I don't have any fuel, and I can't refuel because you keep hanging around like my crazy ex. So I die.
We don't see whatever you are talking about in F1 or in street vehicels becuase what you are saying is not reality. Refueling is the cheapest most effective way to improve fuel efficiency. Not only that, but the cars can be pushed to the limit for the whole race.
If that were true Semi trucks would have no need for 300 gallons of tankage. In fact, taken to its logical conclusion we should all be driving 50cc fuel tank cars. After all, there's a fuel stop on nearly every block.
For drivers to push all out is anti racing. I want to see the rule changes make it mandatory to fuel the car once for the whole weekend and see how you like your racing.
I know that was your attempt at sarcasm, but honestly it wouldn't change much. You'd have slower qualifying, which the fans would cry about for a few weeks, and you'd have a lot less rubbering in, but that's about it. I suspect we're probably less than 20 years away from having exactly that.
Exactly no refueling is boring.
You seem to have missed my point, which was that it was introduced and banned for exactly the same reason, the organizers were attempting to artificially change the races.
I don't see it like that. Passing in the pits was exciting. I want both passing in the pits and in the race. Passing in the pits gets the viewers more involved and interested in lap times. Lap times mean nothing now without refueling
Well, you are of course entitled to your opinion, but you should know that a majority of fans when polled found refueling confusing and annoying. As far as "lap times mean nothing now" I guess that's the tradeoff. Under refueling track position meant nothing. You're a math guy, so perhaps it's not a surprise you'd like the minutia.
I'm a racer, and although I never had to deal with refueling I know catagorically I would have despised it. With the bikes I raced you did not ever go to the pits unless you were dying. A tire stop would mean your race was effectively over. So every pass had to happen out on track, which meant you had to do it. You had to line that guy up, pull the pass off, and make it stick.
Under refueling, we saw this happen over and over. Faster car catches slower car, and then does nothing. Statistically it's safer to wait for the pit stops and hope for the best. That's because passing involves risk by definition. It may not refuelings fault that it makes teams afraid of risk, but if you remove it you also remove 1 more way for teams to play it safe.
Refueling only ever existed for a tiny percentage of F1's history. You seem to be saying all that time, with Prost and Senna, Fangio and Moss, all that time with no refueling was crap racing. I suggest you look up some of those races.