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AUTOS: Ferrari Hybrid Supercar Debuts
Named LaFerrari, the 963-horsepower Enzo successor is the automaker’s fastest, most-powerful and priciest production car ever.
AutoWeek  | http://www.autoweek.com/  |  Posted March 05, 2013   Geneva (SWZ)
The Ferrari LaFerrari super sports car was unveiled to the media today at the opening of the Geneva Motor Show. (Photo: Georgia Chapman/Autoweek)
Ferrari unveiled the LaFerrari supercar at the Geneva motor show on Tuesday. The 963-horsepower hybrid is the fastest, most powerful and most expensive Ferrari model to date.

The successor to the Enzo, the car's name means The Ferrari in Italian, Ferrari said, and was chosen to underline its uniqueness in the brand's history.

LaFerrari is Ferrari's first gasoline-electric hybrid model. It is powered by the HY-KERS system, which consists of a 6.3-liter V12 normally aspirated engine that delivers 800 horsepower, coupled with a 163-horsepower electric motor, giving the car a combined power output of 963 horsepower.

LaFerrari's styling was created by Ferrari's design team led by Flavio Manzoni based on aerodynamic principles. (Photo: Gerogia Chapman/Autoweek)
Ferrari did not disclose the price of LaFerrari, but sources said the pre-tax starting price for the car will be about $1.31 million (1 million euros). After taxes, the base version of the Ferrari Enzo replacement will cost an estimated $1.58 million (1.21 million euros) in Italy, the sources said.

Ferrari will build 499 units of LaFerrari, 100 more than the Enzo, to meet growing demand for the brand in Asia, particularly China. During an event last month in Turin, Fiat-Chrysler CEO Sergio Marchionne said the new Ferrari model is already sold out.

Ferrari said LaFerrari will accelerate from 0 to 62 mph in less than 3 seconds and from 0 to 124 mph in less than 7 seconds.

LaFerrari has a lap time of less than 1 minute, 20 seconds on the company's test track in Fiorano, near its Maranello headquarters in Italy, the automaker said. The time is 5 seconds faster than the Enzo and 3 seconds quicker than the F12 Berlinetta.

The rear section was made to resemble those of Le Mans racecars of the 1960s. (Photo: Georgia Chapman/Autoweek)
Before the arrival of the LaFerrari, the 740-horsepower F12 Berlinetta was Ferrari's most powerful and fastest model ever

LaFerrari gets 16.6 mpg, compared with 15.9 mpg for the F12 and 13.8 mpg for the Lamborghini Aventador, according to Ferrari.

Ferrari said the high torque levels available at low rpm from the electric motor allowed engineers to optimize the internal-combustion engine's performance at higher revs. The LaFerrari redline is at 9,250 rpm. Total torque generated by the engine and the electric motor is in excess of 664 pound-feet, compared with 509 pound-feet for the F12 Berlinetta.

The HY-KERS hybrid system has two electric motors developed with supplier Magneti Marelli, one powering the wheels and the second the ancillary systems.

The battery pack, whcihweighs 132 pounds and is attached to the floor of the carbon-fiber chassis, consists of battery cells that are assembled in the Scuderia Ferrari department, where the KERS system is built for the F138 Formula One racecar.

Ferrari has set pricing for LaFerrari at one million euro, or $1.31 million. (Photo: Ferrari)
The batteries are charged in two ways: during braking and every time the V12 produces more torque than required, such as in cornering.

LaFerrari was designed by the Ferrari design team led by Flavio Manzoni. Almost all Ferrari production cars since 1951 have been designed in cooperation with Pininfarina.

The body has been given a sculptural treatment heavily influenced by its aerodynamics with a lower front wing that appears to be hung on a single central pylon beneath the nose, inspired by F1, and a tail section that have similarities with Le Mans racecars of the 1960s.

To boost efficiency, the LaFerrari features active aerodynamic devices such as diffusers and a guide vane on the front underbody and diffusers and a rear spoiler at the rear. These generate downforce when needed without compromising the car's overall drag coefficient.

The devices deploy automatically according to a number of different performance parameters which are monitored in real time by the car's dynamic vehicle controls.

This story originally appeared at Autoweek.com.
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