The the GTR and Gallardo are considered AWD.
http://www.motortrend.com/features/consumer/1105_4wd_vs_awd/viewall.html
http://www.motortrend.com/features/consumer/1105_4wd_vs_awd/viewall.html
The the GTR and Gallardo are considered AWD.
http://www.motortrend.com/features/consumer/1105_4wd_vs_awd/viewall.html
And if the engine is mounted longitudinally, then the differential shall be configured for a 4WD setup whereas if it's mounted transversely, then the configurations of differentials are AWD. Hence, the 3000GT VR4 and STI are AWD whereas the GTR and Gallardo are 4WD respectively.
Obviously, these hybrid electric motors require no differentials, but still I think the definition and label should be based on engine direction mounted.
I remain confused
I think the Subaru engine is mounted longitudinally which would make it 4WD but you are calling it AWD
Wikipedia calls the 3000GT VR4 four wheel drive.
Where did your definition come from?
You're right, the Subaru was a bad example. There seems to always be exceptions to the rule. I should have just used the Lancer EVO instead or any traverse mounted SUV from Toyota, Honda, Nissan, etc. with AWD and FWD options as an example.
Some people label AWD as constant or symmetrical power to the wheels and 4WD as being able to change to 2WD or 4WD. I think the engine direction mount is generally more sound, especially with differentials being eliminated for new hybrid tech, thus challenging this definition.
Nissan labels their car as AWD in their specs.
And it isn't some people who define AWD and 4WD, it is people who engineer the systems. If you look up the definitions of each of these drive systems from all over the net, none of them mention engine direction or positioning. The definitions are based around differentials and how they apply power to the wheels.
ATTESA E-TS® All-Wheel Drive
Instead of the traditional 50/50 torque split between front and rear axles, the electronically controlled All-Wheel Drive system provides up to 100% of available torque to the rear wheels, and can send up to 50% of torque to the front wheels. This provides the steering feel and response of a rear-wheel vehicle, while giving the added confidence that only AWD can offer.
Battery tech will change within the next two years so expect lighter more powerful/efficient batteries as time goes by. Imagine instead of turbo upgrades we'll see battery upgrades.
Not the same thing at all. Turbo upgrades will change hp and tq and can make a car faster. Battery upgrades allow for the power to be applied longer. It will have no affect on the motors driving the wheels.
Not the same thing at all. Turbo upgrades will change hp and tq and can make a car faster. Battery upgrades allow for the power to be applied longer. It will have no affect on the motors driving the wheels.
it may have an effect on weight which will help in the power to weight arguement, as well as longevity
Not the same thing at all. Turbo upgrades will change hp and tq and can make a car faster. Battery upgrades allow for the power to be applied longer. It will have no affect on the motors driving the wheels.
F..k hybrid, just give me a car that drives like the the Original NSX but with extra 200 petrol hp!
AFAIK Tesla motors are all the same. It is indeed the extra energy storage and capacity that allows the higher models to be faster.
Yeah Fuck hybrid.... it only just set the track record on the nurburgring.
You'll also want the bumper sticker that goes along with it that says "my carbon footprint is bigger than yours". I wish I had the balls to put one on but it never pays to piss off a tree hugger .. they're somewhat irrational.F..k hybrid, just give me a car that drives like the the Original NSX but with extra 200 petrol hp!
You'll also want the bumper sticker that goes along with it that says "my carbon footprint is bigger than yours". I wish I had the balls to put one on but it never pays to piss off a tree hugger .. they're somewhat irrational.