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#1
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#2
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At the risk of sounding like a Luddite, I think it's high time we got rid of some technology from cars. But unlike other people, I don't think we should be getting rid of the computer technology, but the aerodynamic technology! They introduced wings on cars back in 1968, because engines were getting so powerful (400HP) that it was getting difficult to keep from spinning out. And of course they've gotten even more powerful since then. But wings were an answer for the 1960's to the 1980's, prior to the advent of computer-control technology like traction control and anti-lock brakes. And most of those technologies actually were developed on road cars first, and then were introduced to F1! How's that for showing that F1 has completely lost its way as being a technology development platform for real cars. In the 40 years since wings have been around, there is still not one practical use for wings on road cars other than for bling-bling. Remove the wings completely! I know a lot of you can't imagine race cars without wings, but try. Let them work on body-effects again -- I don't necessarily mean full-skirt ground-effects like in the late 70's, as even those have no practical use in road cars. Body effects could eventually filter into real road cars, without having to have a skirt seal the body to the road. I also like this rule about not changing tires. It simply means tire manufacturers have to try to make sure that these tires last longer, which is much more practical to road cars. Also means that there's less marbling on the track which is making passing easier. I mean what data did tire manufacturers get about roadcar tires when they made those tires that shed most of their tread mass even before the half-way point of a race? Next thing they should be developing for F1 are run-flat tires that'll allow a car to limp back to the pits after a cut tire. Other things they should introduce are Continuously Variable Transmissions (CVTs), 4WD systems, and gas-electric hybrid motors. These are all areas of current development in roadcars, and F1 can be valuable testing ground for these technologies. But F1 hasn't been a testing ground for real cars for a long time -- decades. In the case of CVTs for example, CVTs have a bad reputation for reliability still, mating a CVT to an 800HP F1 engine will iron out all of those kinks quite quickly. 4WD has been developed quite extensively for off-road purposes by rally cars, but now it might be time to refine the technology for road applications; 4WD is very practical for slippery wintery road conditions, but the current systems are rather unrefined for the road -- you end up going from understeer to oversteer and vice-versa pretty quickly during turns -- another area that could use refinement. Hybrid motors are all of the rage these days for fuel economy, why not make them the high-performance choice too? You'll get engines that are both economical and fast as the need arises. That's why I think we need to wind the clock back a little to get back on a proper technology footing again. Rethink the whole jetfighter approach that we're on now. Yousuf Khan Top post. AOL! |
#3
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At the risk of sounding like a Luddite, I think it's high time we got rid of some technology from cars. But unlike other people, I don't think we should be getting rid of the computer technology, but the aerodynamic technology! They introduced wings on cars back in 1968, because engines were getting so powerful (400HP) that it was getting difficult to keep from spinning out. And of course they've gotten even more powerful since then. But wings were an answer for the 1960's to the 1980's, prior to the advent of computer-control technology like traction control and anti-lock brakes. And most of those technologies actually were developed on road cars first, and then were introduced to F1! How's that for showing that F1 has completely lost its way as being a technology development platform for real cars. In the 40 years since wings have been around, there is still not one practical use for wings on road cars other than for bling-bling. Remove the wings completely! I know a lot of you can't imagine race cars without wings, but try. Let them work on body-effects again -- I don't necessarily mean full-skirt ground-effects like in the late 70's, as even those have no practical use in road cars. Body effects could eventually filter into real road cars, without having to have a skirt seal the body to the road. I also like this rule about not changing tires. It simply means tire manufacturers have to try to make sure that these tires last longer, which is much more practical to road cars. Also means that there's less marbling on the track which is making passing easier. I mean what data did tire manufacturers get about roadcar tires when they made those tires that shed most of their tread mass even before the half-way point of a race? Next thing they should be developing for F1 are run-flat tires that'll allow a car to limp back to the pits after a cut tire. Other things they should introduce are Continuously Variable Transmissions (CVTs), 4WD systems, and gas-electric hybrid motors. These are all areas of current development in roadcars, and F1 can be valuable testing ground for these technologies. But F1 hasn't been a testing ground for real cars for a long time -- decades. In the case of CVTs for example, CVTs have a bad reputation for reliability still, mating a CVT to an 800HP F1 engine will iron out all of those kinks quite quickly. 4WD has been developed quite extensively for off-road purposes by rally cars, but now it might be time to refine the technology for road applications; 4WD is very practical for slippery wintery road conditions, but the current systems are rather unrefined for the road -- you end up going from understeer to oversteer and vice-versa pretty quickly during turns -- another area that could use refinement. Hybrid motors are all of the rage these days for fuel economy, why not make them the high-performance choice too? You'll get engines that are both economical and fast as the need arises. That's why I think we need to wind the clock back a little to get back on a proper technology footing again. Rethink the whole jetfighter approach that we're on now. Yousuf Khan |
#4
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Not too sure about CVTs though. I'm not sure any team would want to "develop" such an untested method during a championship season. |
#5
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Hi, In article <ve8ue1le3mua963drlpphgfij5s15ofurp (AT) 4ax (DOT) com>, David Melville<spamaway (AT) optusnet (DOT) com.au> wrote: Not too sure about CVTs though. I'm not sure any team would want to "develop" such an untested method during a championship season. One of the teams (I think it was Williams, cos I seem to remember Coulthard testing it) was developing CVT some years ago. Just as they got it working, it was banned by the FIA (I think). Andy |
#6
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Hi, In article <ve8ue1le3mua963drlpphgfij5s15ofurp (AT) 4ax (DOT) com>, David Melville<spamaway (AT) optusnet (DOT) com.au> wrote: Not too sure about CVTs though. I'm not sure any team would want to "develop" such an untested method during a championship season. One of the teams (I think it was Williams, cos I seem to remember Coulthard testing it) was developing CVT some years ago. Just as they got it working, it was banned by the FIA (I think). Andy Ta. Didn't know that. |
#7
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McLaren, protested by Ferrari. Or the other way around. |
#8
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McLaren, protested by Ferrari. Or the other way around. |
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CVT was developed in the early 1990s by Williams and banned almost immediately. |
#9
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Hi, In article <Xns96A6BBF5DA5DBpopematthewatbigpond (AT) 61 (DOT) 9.191.5>, Matthew Pope<popematthew (AT) yahoo (DOT) com> wrote: McLaren, protested by Ferrari. Or the other way around. Are you sure? |
| http://www.grandprix.com/ns/ns14206.html Quote:
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Andy |
#10
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They're wrong. |
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