![]() |
|
|
|
|
#1
|
||||
|
||||
For winter driving conditions I will stick to my Subaru. I am considering an Audi A8 as a replacement though.
__________________
'85 300SD (formerly california emissions) '08 Chevy Tahoe '93 Ducati 900 SS '79 Kawasaki KZ 650 '86 Kawasaki KX 250 '88 Kawasaki KDX200 '71 Hodaka Ace 100 '72 Triumph T100R |
#2
|
||||
|
||||
I can't fathom why they are so popular. I hate them.
__________________
" We have nothing to fear but the main stream media itself . . . ."- Adapted from Franklin D Roosevelt for the 21st century ![]() OBK #55 1998 Lincoln Continental - Sold Max 1984 300TD 285,000 miles - Sold The Dee8gonator 1987 560SEC 196,000 miles - Sold Orgasmatron - 2006 CLS500 90,000 miles 2002 C320 Wagon 122,000 miles 2016 AMG GTS 12,000 miles |
#3
|
||||
|
||||
I hate them as well, thats why I drive MB's. I even dislike AWD and will avoid it if possible.
FWD is nice in the snow, I live on a hill and my Jetta with bald tires will get up it. My 300SD usualy wouldn't, even with brand new tires and crap in the trunk. In that respect FWD is nice. Having said that I almost got bit with the Jetta the first time it snowed. After having driven the SD for two years I was used to RWD handling, so when the rear came out I just let off the power and steered into it a bit. It would always snap right back in line. Well on the Jetta which isn't designed as well as the MB, surprise, surprise, if you let off the throttle and steer the front end starts to drag making it worse. With FWD you have to use power to get yourself inline, or to do anything pretty much. When you start sliding you really have to remember what your driving. Most people don't know the difference or care. Another reason I like RWD is that I work on my cars, so with the engine the right way their is room to get at things. But making RWD cars is more expensive so thats why most are FWD.
__________________
2016 Corvette Stingray 2LT 1969 280SE 2023 Ram 1500 2007 Tiara 3200 |
#4
|
|||
|
|||
My guess is 90% of the public wants to go from A to B reliably and in comfort. They don't want to mess with dedicated snow tires to make a RWD work well in snow when M+S rated all season radials will do the job 95% as well on the nicely plowed roads most people live on.
FWD is easier to produce and give more interior volume. For something like a camry or minivan its ideal. Sure, its not as balanced as RWD but if you are sliding about like an autocrosser then you likely shouldn't be in a FWD people hauler anyway. I have seen one dyno comparison that also showed that FWD had less frictional loss through the driveline than RWD. Granted it was a small amount but even small amounts add up to better overall MPG's for CAFE ratings..... I'd take a FWD with nice tall/thin AS tires over any RWD when the snow falls. RT
__________________
When all else fails, vote from the rooftops! 84' Mercedes Benz 300D Anthracite/black, 171K 03' Volkswagen Jetta TDI blue/black, 93K 93' Chevrolet C2500HD ExCab 6.5TD, Two-tone blue, 252K |
#5
|
|||
|
|||
Well, FWD is popular for a few reasons:
1. FWD offers very good traction and directional control at low speeds on slippery surfaces. This becomes quite valuable when you are trying to climb a narrow, slippery hill lined with parked cars. In the bad old pre-traction control days, when a RWD vehicle began to lose traction climbing such a hill, the road's crown would often cause the back end of the vehicle to drift to the right, often into the waiting fenders of Uncle Fred's '75 Buick LeSabre. With FWD, as the driving wheels could be steered, such gravity-induced lateral drifting could be countered with a twitch of the steering wheel, and compared to a RWD car, the driver could apply more power for a longer duration while maintaining his intended direction of travel. Result? You're up the hill - no shoveling necessary. Ah, but doesn't traction control negate this FWD advantage? Um, no. Remember that traction control is simply monitoring the availability of tire traction and accordingly metering the amount of power transferred to the driving wheels to prevent excessive wheelspin. Generally speaking, the front-end weight bias of a FWD car (static front end weight distribution is usually in the 60%+ range) forces the front tires to dig more aggressively into a soft/slippery road surface, making the maximum amount of traction available for motive purposes greater than that for a RWD car that may have 50% or less of the vehicle weight over the drive wheels. As such, less torque can be presented to the drive wheels of a RWD car, and maximum wheel speed is diminished, making it tougher to power out of deep snow. This circumstance is one reason that most traction control systems have a defeat switch. 2. Vehicle packaging - Anyone remember compact RWD cars from the Seventies? Passenger space was often compromised by the intrusion of the transmission and driveshaft tunnel and the fore-aft positioning of the rear seat was usually dictated by the need to allow room for the rear axle and differential to bound around during rear suspension cycling. This also impacted trunk space. (Note that I'm referring to those cars that had a live rear axle). With FWD, the entire driveline is packaged in the front of the vehicle, allowing designers a greater opportunity to maximize interior and cargo room within a given exterior size. Result? Well, look at the effective interior and trunk room of a RWD Ford Crown Victoria and compare it to the effective room found within a 2007 Chevy Impala. Not a great deal of difference, despite the much larger exterior dimensions of the Crown Vic. And the Impala V6 offers comparable performance to the larger Crown Vic V8. 3. Production cost - Smaller cars use less raw materials. Most FWD cars have a relatively simple driveline installation in which the engine/transaxle are plugged into the vehicle from underneath in one shot. No longitudinal driveshaft to manufacture and install, etc. Result? Potentially greater profit for the manufacturer. Last edited by PaulC; 02-22-2008 at 11:51 AM. |
#6
|
|||
|
|||
Quote:
Now, we take this $11,000 Chevy and compare it to a 1983 Mercedes 380SL, which retailed for about +/- $40k. It's not quite apples and apples is it? I would hope that the Impala had a cheaper quality interior, or else MB is really taking the consumer for a ride. |
#7
|
||||
|
||||
Some folks aren't very logical when comparing apples to oranges.
__________________
Question Authority before it Questions you. |
#8
|
|||
|
|||
Well, actually I'm now on my way back to 1966 to buy a new 427 Cobra for $8k. Hopefully, I can bring it back and make a modest profit.
|
#9
|
|||
|
|||
My Impala rental was the same. It felt "rubbery" everywhere - the steering response, brake feel, seat padding, interior trim. Its like they managed to isolate the driver from the road, but in a cheap bubble-wrap sort of way. I guess to some people that vague rubbery feeling is a good thing. I couldn't stand it day to day.
__________________
1985 380SE Blue/Blue - 230,000 miles 2012 Subaru Forester 5-speed 2005 Toyota Sienna 2004 Chrysler Sebring convertible 1999 Toyota Tacoma |
#10
|
|||
|
|||
Quote:
Happy Motoring, Mark
__________________
DrDKW |
#11
|
||||
|
||||
I've never had an issue driving either platform. But I think if you know how to drive it's a non-issue. Most people don't.
__________________
![]() 1980 300TD-China Blue/Blue MBTex-2nd Owner, 107K (Alt Blau) OBK #15 '06 Chevy Tahoe Z71 (for the wife & 4 kids, current mule) '03 Honda Odyssey (son #1's ride, reluctantly) '99 GMC Suburban (255K+ miles, semi-retired mule) 21' SeaRay Seville (summer escape pod) |
#12
|
||||
|
||||
They both drive differently in certain situations. I don't think it is so much of knowing how to drive as being comfortable with it. Even if you know how to drive but you drive FWD cars all day long, you might not be as used to a RWD car and the way it behaves. That little bit of being unsure can be dangerous. I can shoot with any of my guns. Just so happens that I am more partial to one. As such, that is my gun of choice in a pinch. Less thinking and more action.
__________________
01 Ford Excursion Powerstroke 99 E300 Turbodiesel 91 Vette with 383 motor 05 Polaris Sportsman 800 EFI 06 Polaris Sportsman 500 EFI 03 SeaDoo GTX SC Red 03 SeaDoo GTX SC Yellow 04 Tailgator 21 ft Toy Hauler 11 Harley Davidson 883 SuperLow |
#13
|
||||
|
||||
It all makes sense now...FWD cars are so popular, because they allow for a cheap way to get around while keeping your "real" car nice for that sunday drive. ^_^
__________________
Current cars: 2000 ML55 AMG, 174k miles 2003 C240 T-Modell, 202k miles 1995 S320, 207k Miles |
#14
|
||||
|
||||
I think most of you guys just haven't driven a proper handling FWD car
![]() -J
__________________
1991 350SDL. 230,000 miles (new motor @ 150,000). Blown head gasket ![]() Tesla Model 3. 205,000 miles. Been to 48 states! Past: A fleet of VW TDIs.... including a V10,a Dieselgate Passat, and 2 ECOdiesels. 2014 Cadillac ELR 2013 Fiat 500E. |
#15
|
||||
|
||||
If you have a fully functioning FWD car for under $10, I'll buy it. Otherwise, they can keep their TRANSVESTITE engine to themselves.
__________________
01 Ford Excursion Powerstroke 99 E300 Turbodiesel 91 Vette with 383 motor 05 Polaris Sportsman 800 EFI 06 Polaris Sportsman 500 EFI 03 SeaDoo GTX SC Red 03 SeaDoo GTX SC Yellow 04 Tailgator 21 ft Toy Hauler 11 Harley Davidson 883 SuperLow |
![]() |
Bookmarks |
|
|