Leonidae
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Some common criteria for measuring whether a car should be considered a supercar include the following:
Design
Many supercars have a rear mid-engine (RMR), rear-wheel drive layout, which allows for better distribution of weight. By moving mass towards the middle of the car, its moment of inertia is reduced. The result is often sharper, more agile handling. Some supercar makers have started building all-wheel-drive supercars as new engines are producing more power than a rear wheel drive car using street legal tires is able to take advantage of. For an example, see Bugatti Veyron or Lamborghini Murcielago.
GT-R has Nissans new Premium Midship platform, in other words, engine is in between the axles.
Weight to power ratio
Most supercars have high engine power and low vehicle mass, for the sake of high acceleration (see Newton's Second Law) and good handling dynamics. For example, the 2004 Porsche Carrera GT masses just 3 kilogram per kilowatt (5 lb/hp). GT-R has PWR of 3.625 ( 1740/480= 3.625)
Acceleration
Supercars, by the usual definition, offer extremely high acceleration compared to most vehicles, including ordinary sports cars. Some current expectations are as follows:
* 0 to 100 km/h (62 mph): Under 4 seconds for virtually all supercars today. GT-R reaches 62mph in 3.5 seconds.
* Standing quarter-mile (400 meter): Under 13 seconds is arguably a requirement, as is a trap or terminal speed of at least 175 km/h (110 mph).
GT-R has reached 1/4mile result of 11.7s @ 115mph+
Handling
A popular benchmark is a lap time around the Nürburgring of under 8 minutes. There are also other tracks where supercars are being tested. GT-R lapped 'Ring at 7'38.54, video proof has been shown earlier.
Other criteria
In addition to performance, the following criteria are also cited in determining if a particular sports car or exotic car deserves the supercar moniker:
* Rarity: Supercars do not necessarily have to be rare. A very limited production run of a sports car would classify it as an exotic and not a "supercar" by default. Some might consider this controversial as it opens a host of other vehicles to the supercar domain For example, the Chevrolet Corvette C6 Z06 meets the 0-100 acceleration, handling, speed, weight:hp ratio, and Nordschleife times to be considered in the supercar territory.
Design
Many supercars have a rear mid-engine (RMR), rear-wheel drive layout, which allows for better distribution of weight. By moving mass towards the middle of the car, its moment of inertia is reduced. The result is often sharper, more agile handling. Some supercar makers have started building all-wheel-drive supercars as new engines are producing more power than a rear wheel drive car using street legal tires is able to take advantage of. For an example, see Bugatti Veyron or Lamborghini Murcielago.
GT-R has Nissans new Premium Midship platform, in other words, engine is in between the axles.
Weight to power ratio
Most supercars have high engine power and low vehicle mass, for the sake of high acceleration (see Newton's Second Law) and good handling dynamics. For example, the 2004 Porsche Carrera GT masses just 3 kilogram per kilowatt (5 lb/hp). GT-R has PWR of 3.625 ( 1740/480= 3.625)
Acceleration
Supercars, by the usual definition, offer extremely high acceleration compared to most vehicles, including ordinary sports cars. Some current expectations are as follows:
* 0 to 100 km/h (62 mph): Under 4 seconds for virtually all supercars today. GT-R reaches 62mph in 3.5 seconds.
* Standing quarter-mile (400 meter): Under 13 seconds is arguably a requirement, as is a trap or terminal speed of at least 175 km/h (110 mph).
GT-R has reached 1/4mile result of 11.7s @ 115mph+
Handling
A popular benchmark is a lap time around the Nürburgring of under 8 minutes. There are also other tracks where supercars are being tested. GT-R lapped 'Ring at 7'38.54, video proof has been shown earlier.
Other criteria
In addition to performance, the following criteria are also cited in determining if a particular sports car or exotic car deserves the supercar moniker:
* Rarity: Supercars do not necessarily have to be rare. A very limited production run of a sports car would classify it as an exotic and not a "supercar" by default. Some might consider this controversial as it opens a host of other vehicles to the supercar domain For example, the Chevrolet Corvette C6 Z06 meets the 0-100 acceleration, handling, speed, weight:hp ratio, and Nordschleife times to be considered in the supercar territory.