Ferrari F70

In the past Ferrari made ​​a car that is projected as a tribute to its founder, Enzo Ferrari. Now this super fast car manufacturer will make the successor of the Ferrari Enzo. The car is claimed to have advantages and speed of its predecessor.
As you May already know, the exotic Italian automaker Ferrari is Busy Preparing a successor for Their last anniversary Celebrating hello super car, the Enzo. It only makes sense That the future car will from be Called the F70 in honor of a 70th anniversary and is Promised to be unveiled Sometime in 2012. The upcoming F70 Would Compete head to head with other high end limited edition super cars like the Lamborghini Reventón and Bugatti Veyron. There will of only 399 F70s be produced and prices will from range in the $ 1 Million regions.

Ferrari F70

Ferrari F70

Ferrari F70

With high efficiency on Their List of Priorities, Ferrari wants to keep the future F70's weight to a minimum (1000 kilograms), just like the Millechilli. Now this would be a substantial undertaking for any ordinary automaker, but the Ferrari is ready to apply every weight saving technique in Their arsenal. While the Enzo was powered by a high-revving V12 That made ​​650 HP, the F70 will from use a new direct-injection twin-turbo V8, Quite similar to the legendary F40, with output in the area of 660 HP. This Should Be Enough for the future super car to sprint from 0 to 60 MPH in under three seconds and the F70's top speed will of go up to 230 MPH.

Ferrari F70 Interior

Ferrari FF

In February last, Ferrari launched a new variant of fast car that is named Ferrari FF, in Maranello. Ferrari Party says that is claimed to be the most exclusive cars in terms of design, technology and machinery.
This car carrying the 6300 cc V12 engine that powered 651 horsepower at 8000 rpm and torque of 683 Newton meters at 6,000 rpm. Armed with that power, Ferrari FF capable sped up to 325 kilometers per hour (kpj) and acceleration from rest to a speed of 100 kpj within 3.7 seconds. This car also became the first Ferrari car that four-wheel (4WD), and devices equipped with dual clutch transmissions of F1 cars.

This car is much referred to as a substitute for the Ferrari 612 Scaglietti, but the newer car is superior than the Scaglietti. Problem fuel consumption for example, Ferrari FF more efficient. Even compared to Ferrari California Hele (High Emotion Low Emission), this car is more economical 23 percent.

Ferrari's claim that thanks to a series of sophisticated features, levels of FF consumption reached 15.4 liters for 100 kilometers. The level of CO2 emissions that is down to 350 kilograms per kilometer. This amount is quite low compared to the Ferrari 612 Scaglietti which amounted to 470 grams per kilometer.
Another advantage is the capacity of a wide cabin and the latest generation of entertainment devices with touch screen 5 inches. So also with the capacity reaching 450 liters luggage can even be enlarged to 800 liters when the rear seats folded.

Engine
Type: 65 ° V12
Total displacement: 6262 cc
Bore / stroke: 94 mm x 75.2 mm
Maximum power: 660 CV at 8000 rpm
Maximum torque: 683 Nm at 6000 rpm
Specific power: 77 kW / liter - 105 CV / liter
Maximum revs: 8000 rpm
Compression ratio: 12,3:1
Dimensions and Weight
Length: 4907 mm
Width: 1953 mm
Height: 1379 mm
Wheelbase: 2990 mm
Front track: 1676 mm
Rear track: 1660 mm
* Dry weight: 1790 kg
* Kerb weight: 1880 Kg
Weight distribution: 47% fr, 53% r
Boot volume: 450 liters
Fuel tank capacity: 91 liters

Wheels and Tyres
Front: 245/35 ZR 20 8.5 J x 20 "
Rear: 295/35 ZR 20 10.5 J x 20 "
Rear (winter Tyres): 285/35 ZR 20 10.5 J x 20 "
Brakes
Front: 398 mm x 38 mm
Rear: 360 mm x 32 mm
Transmission and Gearbox
4RM (four-wheel drive) and 7-speed dual-clutch transmission
Electronic Controls4RM control (full integration of all controls: F1-Trac, the E-Diff and PTU), ABS / EBD, ESC
Suspension
SCM3
Performance
Top speed: 335 km / h
0-100 km / h: 3.7 sec
0-200 km / h: 11 sec
100-0 km / h: 35 m
Weight / power ratio: 2.7 kg / CV
Consumption and Emissions
Consumption: 15.4 l/100 km
CO2 emissions: 360 g / km