Evolution X Handling Ability
At Formula 1 level, isn't the tire's structure and chemistry that dictates majority of handling capabilities? I think at this level, only other thing that would matter is the weight. Or is the modification of brakes and suspension heavily restricted in F1?
Street-wise though, if you compare with cars like Caterham 7 and Ariel Atom, technology is not enough to outhandle the lack of mass and lower center of gravity.
The thing about track racing and at an 'ultimate' level, sky is the limit so you need to at least set some variants. If look at an E92 M3 'GTR' (its called something else) for example, uses a lot of stock-looking parts yet the car makes close to 500hp and weighs just over 2500lbs, and that is only because of the minimum required weight, I'm sure they could bring it down to 2300lbs easily without having any additional research. This is because the chassis/drivetrain/engine is totally different, at least material-wise.
Street-wise though, if you compare with cars like Caterham 7 and Ariel Atom, technology is not enough to outhandle the lack of mass and lower center of gravity.
The thing about track racing and at an 'ultimate' level, sky is the limit so you need to at least set some variants. If look at an E92 M3 'GTR' (its called something else) for example, uses a lot of stock-looking parts yet the car makes close to 500hp and weighs just over 2500lbs, and that is only because of the minimum required weight, I'm sure they could bring it down to 2300lbs easily without having any additional research. This is because the chassis/drivetrain/engine is totally different, at least material-wise.
Chassis design, spring rates, rebound, dampening, ride height, weight distribution, wheelbase.
Though due to their very low weight, the biggest factor in how an F1 car handles is the aero package.
Spoken very well my friend! Any chassis has extreme potential when money is not an object! I think the dollar bill has the best potential for a race car!!!!
F1 cars tires are a part of how they handle, but then there are so many other variables that come into play like on every road going car.
Chassis design, spring rates, rebound, dampening, ride height, weight distribution, wheelbase.
Though due to their very low weight, the biggest factor in how an F1 car handles is the aero package.
Chassis design, spring rates, rebound, dampening, ride height, weight distribution, wheelbase.
Though due to their very low weight, the biggest factor in how an F1 car handles is the aero package.

http://www.youtube.com/watch?v=16OieYVzEWw how long do you guy's think it will take the X to get to this level? the IX beat out a lot of very good cars.
My opinion is that all Evos are great cars for people who like to actually DRIVE cars. There is a fine balance between valid technological aids and decreased driving /road feel in terms of final driver pleasure. The US spec IX probably has a bit too little of those technological aids and IMHO the X has a bit too many. I think it comes down to what you like. I love shifting gears, and if you've ever shifted a Ferrari 360 before the F1 trans became ubiquitous you'll know what I mean.
Driving is a combination of inputs from all the senses: the g-forces pushing you into the seat, the melodious sound of the engine, the tactile feel of the steering wheel grip / shifter, the clunk of the transmission, the vibration of the road, the visual landscape flying by, the taste of adrenaline in your mouth, the smell of engine oil... I prefer to keep as many of these senses busy as possible when I drive, if I wasn't interested in that I'd be driving a Prius.
Last edited by DrSmile; Jan 14, 2009 at 02:14 AM.
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