Not everyone wants RWD or AWD... the point being? Since when does what people want determine whether a banana is a banana? If it tastes like mango but belongs to the banana plant family, it's still a banana.
Most of those vintage motorsports examples you used are all examples where the general speeds are very low, governed by the regulations of those days. The car at Indi was powerful but going around an oval on those tires really wouldnt require much turning. Let alone handle well
Wrong. The Miller cars aren't "powerful" compared to cars of today. Miller liked the FWD configuration because it provided an advantage
specifically in cornering.
The same is true about the JWRC the budgets are much lower and as a matter of fact front wheel drive cars are an obviously smarter choice than rear wheel drive in that category.
Much lower than what? jWRC cars at the top level are manufacturer sponsored and supported efforts. In other words, there's slightly less money than for AWD WRC cars and a lot
more money than in club-level racing. If we go by that logic, RWD is completely inferior in rallying because only privateers and historical racers use them.
And since when can you not stay in power when over steering in FR cars?
Not if you're trying to hit the fastest line instead of going for style points with drift judges.
The advantage with awd is that you have the front wheels also providing “steerable” power. In an outright drift a 4wd car of the same weight and tire size and compound will be quicker and so will the ff car since it will only be sliding entering the corner. This is in a paved surface of course. Also, in an awd car you can keep the car sideways which isn’t always true for an ff even on gravel roads. Give it too much thrtottle enough throttle and it will eventually straighten out. That’s just what happens when the rear wheels don’t provide any power. Loose surface or not.
So... you're agreeing with me?
In a category such as jwrc where both budget and speeds are much lower, having an ff layout has no disadvantages as opposed to fr (I think theyre actually all ff now). The disadvantage an ff competitor would gain in a tarmac event is small, if existent at all.
Again... jWRC is low-budget? Only compared to WRC. I wouldn't consider a bespoke factory racer
cheap... unless you're comparing it to another factory racer.
You can see in btcc/wtcc ff cars show no disadvantage at all but remember they also don’t run longer than 16-18 lap sprints and have no more than 300 hp from their 2L engines (not sure the exact engine capacity). Try doing the same in Australian Super Cars and the single thought of touching the throttle will send you straight into the wall. Now is when we begin to see the differences.
Actually... wrong. Touring car level races already show a difference between FWD and FR cars. It's just that rules balancing handicaps FR cars at the touring car level to keep racing interesting, otherwise BMWs would win, every time. And that pesky rule that allows diesels turbochargers... or, in series where gasoline engines get turbos, bigger and better turbochargers.
I may be arguing the side of FF here, but let's keep things real.
Of course, touring cars have tons more grip and aero-grip than regular street cars.
If im thinking the same type of hill climb as you, always paved mountain roads, then I don’t think you would ever want to slide in any corner. Ff or not. Not to mention theyre not dominated by ff cars by any stretch of the imagination.
That's funny. I could've sworn quite a few of the stages in the local hillclimb were won by a Civic. (oops... edit... mistake... the championship has been won three times in a row by a guy in a CRX... against guys in EVOs and WRXs). The beauty of FF/AWD is that you can provoke a controllable slide, or easily correct one... though, yes, the fastest line is often not the sliding one, though it helps on hairpins.
Now, what someone may think, well if in categories such as btcc with 300hp and theyre matched, then on production car levels it should be as well.
The thing is that most people don’t have 9 in wide slicks and the overall suspension package those cars have (including altered suspension geometry)
In other words, your standard BMW 3-series isn't set up to pirouette like a ballerina in the corners, like a 3-series touring car. It's set up to understeer like a pig when you push the limits of adhesion. (I have, and it does)
If the car under steers for reasons other than the driver, than “powering out” is no way of fixing it unless you just drift the corner which will be slower and just an absolutely absurd “option” to resort to. And gassing out as you should (smoothly and progressively) will simply shift weight towards the rear and make under steering worse. Resorting to lossing rear traction in an under steering fr car is no solution or ever has been a solution and thus it is no "advantage".
Reducing steady-state understeer through judicious use of the throttle is a perfectly fine racing technique... sorry if I oversimplified for you.
Aaah those low grip situations again.
And road cars don't have 9-inch slicks, right?
Rallying and wrc regulations? Picking anything but awd would be silly. Hill Climbs (paved and clean)? I don’t think it matters how wider or narrow a paved road is, it doesn’t change how a car behaves. And an fr will have more rear grip going uphill. A disadvantage for the ff.
Let me laugh at that statement as I sit behind yet another SUV sliding backwards towards me on a steep parking ramp. 30 degrees of incline doesn't equal 100% weight transfer.
Know why a Porsche accelerates faster than most rear wheel drive sports cars of the same power? Because it has the weight where it actually helps. In the back. The only way to get that much weight over the rear axle is to have an extreme ramp angle, which doesn't happen except in EXTREME!!! (Dude!) hillclimbs. In regular practice, on a 10-30 degree incline, the weight of the
engine is pressing down on the wheels right behind it... which just happen to be... the front wheels.
The only time I've ever had traction issues going up ramps or hills? In
front-engined rear wheel drive vehicles. It never fails. Makes me glad for LSDs, actually.
And as far as I know there arent any successful ff hill climbers.
Where did I put my notes again? Oh... refer to above. I'm ignoring top-level hillclimbing because those racers are formula cars. And Formula cars, being MR and on
slicks, don't really help the argument one way or another.... though, I will say: if it's a racecar on slicks, MR is the default choice... slicks can cancel out the traction advantage of AWD, and the lack of weight restrictions on hillclimbers gives AWD cars no leeway.
Club racing? What kind of club racing? Theres everything from Spec Miata to other unlimited class scca events. And really the only ones I’m aware of being ff under scca club events is that vw diesel cup.
Wow... you're missing out on a zillion sub-categories... I don't have my latest copy of the SCCA magazine, SportsCar, but as I recall, there are over a dozen categories, subcategories and sub-sub-categories you can race FF in... either exclusively or against rear-drivers. Up to the touring car level, in fact... if you're so inclined... but you'd be hard pressed to even be competitive there as a privateer.
Maybe I should’ve specified paved as opposed to just “motorspots.” It seems that your basing most of your argument on lose surface/low grip conditions. I don’t think the people who designed the tommy Kaira ZZ-S or the Lotus Elise were at all concerned with its implications in rally.
Define loose surfaces? You know how
slippery an actual road is compared to a race track?
In any motorsports category there will always be a limitation on weight so that pretty much throws “having more agility than rival” out the window. And if the races last more than a set of tires youre screwd unless it’s a series such as the vw cup where theyre all ff.
If a race lasts more than one set of tires, anything but a four-wheel drive, four-wheel steering car will be screwed. Of course, a four-wheel drive, four-wheel steering car is often screwed because the weight limitations are often too low to allow them to be competitive.
Overworking the front tires and incredibly front heavy?
To get the balance right, you'd have to move the engine far back into the body... which would negate the advantages in packaging that a FWD platform gives. I've driven
good FWD midsizers, but they're often the smaller-engined models.
The same, strangely, also applies to midsized RWD cars. The sweetest 5-series to drive? The 520d? Awesome rear-biased balance. Light on its toes. The 3 liter and up models feel ponderous compared to it.
Im going to assume you don’t mean in straight line acceleration. In high speed cornering, rwd is fine, it’s the driver that would have a tough time. But given the same tires, awd will have no advantage whatsoever on the potential of the tires. It will just makes the drivers job a bit easier (given a driver that can correctly controll an fr with that much power).
The car's fine... it's just the driver who suffers? Oh-kay...
![LOL :lol: :lol:](/wp-content/themes/gtp16/images/smilies/lol.svg?v=3)
...so it's not the car's fault if it's uncontrollable. Someone tell that to Ferrari. Maybe it'll make them feel better about the last F1 season.
And it was up to me I wouldn’t make an “extreme performance” car with that much power unless it followed along the lines of a caparo t1. Potential hp will always be there for the customer to extract either way.
So... just because a RWD can't do it... don't do it? I suppose this allows me to use the argument: "Since 400 hp can't be done on a FWD car, we shouldn't make them."? Rubbish. If a car makes a ton of power, and unless it's on a marble-smooth surface and on slicks, AWD is the way to go... whether you... or I... like it or not.
Hmm a front wheel drive lotus 7...rotate the engine 90 degrees and somehow integrate a transaxle. I don’t know what he was thinking when he decided to go with the later.
Let's see... where does creating your own custom mounting and gearbox fit into the Super 7 program? It was designed to be built cheaply from
available running gear (all from then-current RWD Fords... there were no front-wheel drive Fords...) at the time... and this was developed before the Mini came out. I wouldn't actually expect any less.
Nowadays, if I were to do the same, I'd do it with an engine from a front-wheel drive car and make it MR... oh... wait... that's what Lotus is doing right now.
Of course, they did the same with the M100 Elan. Took a relatively cheap, existing drivetrain and put it into a sports car that, from all accounts, despite being completely unwilling to playfully slide through a turn, gave handling performance that shamed many rear drivers of the time. That the basic Lotus philosophy: lightness, simplicity, agility... was present in the Super 7, the original Elan, the M100 and the Elise... seems lost on some people.
Again youre basing a lot of this on rallying. No one ever said sports car were supposed to be any good for offroading.
Last I checked, rally stages happened on roads... on a mixture of dirt, gravel, mud, snow and tarmac. If you want to go off-road, the only true racing vehicles you can use are trucks and truck-based buggies. If you want to cover huge amounts of ground at high speed... nothing quite beats a Paris-Dakar spaceframe Pajero or Touareg buggy.
I don’t know much about the politics of the hatchback sti but didn’t Subaru drop out of the wrc in 2007? Doesn’t make sense why they would redesign the model if they weren’t going to compete.
Besides being shorter in wheel base I don’t see how a car being a hatch has better weight centralization than a sedan of the same length which not to mention teams do their best to improve it regardless. Same with packaging the suspension. The linger stroke shocks arent wider than the wheel wells and they protrude down towards the ground and not the other way.
So where do the shocks go when you get full compression, you think? Back up into the body. Less space in the body over the wheel wells, less space for the shocks to compress into... less body control over the big jumps the WRC is famous for. Anyone can make a street car stiff as beejesus and have it work on a flat track... but for bouncing off curbs, dips and other stuff you might actually find on a
real road... more suspension travel is always a good thing... which is why Subarus make such great cross-country cars.
Unfortunately, Subaru sedans, while having more suspension travel than other road cars, couldn't package enough of it in WRC trim to stay competitve. Furthermore, the sedans were too long, and couldn't turn as quickly as the hatchbacks. A coupe would have no space for the suspension (as shown by Peugeot), so that was out... a hatchback has enough space to package enough suspension to give huge amounts of wheel travel... oh... come on... if you don't know anything about rallying, why do you question the fact that none of these cars were as competitive as their manufacturers hoped against the hatchbacks which now dominate?
I realize this has gone beyond the argument of others like keef who state that outright performance has little to do with whether or not it is a sports car.
I'm not the one who claimed that a race engineer's default choice
has to be rear-wheel drive. I'll be happy to drop this line of argument. Using the "built for racing" argument doesn't benefit many road-cars today, if that's what it takes to classify sports cars... for, the last time I looked, there are very few cars that are actually built to race. The Porsche GT3RS has a racing trim... the BMW 3-series touring cars, the Miata (available in Spec Miata trim), the Ford Fiesta...
If we use the argument "built for racing"... the Ford Fiesta is
more of a sports car than a Nissan 350Z...
Actually... I can buy a turnkey version of my sedan already
purpose rebuilt to SCCA Touring Car specs. With one seat and just two
working doors. And it's low to the ground... and lightweight. And, by golly, is that a sports car, or what?
HAPPY NEW YEARS EVERYONE!!
Same, same.
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