New Sports Car

PRESS RELEASE Following international acclaim for their finely honed Porsche GT2, GT3 and Panamera conversions, Oakley Design is now proud to announce their tuning programme for the Ferrari 458 Italia. Production will be limited to just 5 cars, each bearing a unique build number plaque. Outside of this Limited Edition model, individual parts will also be made available for clients who do not require the complete package. With Jon Oakley’s motorsport background central to the company’s philosophy, any change, whether aerodynamic or mechanical, is only done for sound technical reasons.

2010 Ferrari Sports Cars 458 Italia Tuning by Oakley Design production will be limited to just 5 cars, each bearing a unique build number plaque. Outside of this Limited Edition mode, individual parts will also be made available for clients who do not require the complete package.

With Jon Oakley motorsport background central to the company philosophy, any change whether aerodynamics or mechanical is only done for sound technical reasons.

Known for its customization programme for the Porsche 997 GT2, Oakley Design revealed today its tuning kit for the latest Ferrari 458 Italia. Because the car is quite perfect the tuning company decided to install a carbon-fiber front spoiler which adds 45kg of downforce over the front axle at 150mph (240km/h) but also a racecar style centrally positioned radiator vent designed to channel air out over the bonnet instead of under the car. And this is not all, as the tuning company installed new air exit ducts beside the headlamps.

Finally, a new rear spoiler with Gurney flap adds 25 kg of downforce over the rear axle at 150mph. This works together with the underbody diffuser to reduce the Italia overall drag by smoothing out the separating airflow. The only exterior alterations made for cosmetic reasons are the signature Oakley Design carbon fibre roof panel, mirror covers and engine cover insert below the rear window glass. These are matched in the engine bay by carbon-fibre panels covering the inner wings and rear bulkhead.

In order to optimize the sound of the engine, the car features a complete titanium exhaust system with triple outlet pipes and no bypass valve shaves a huge 30kg from the Italia’s aft section.

The design is completed by the 20-inch Oakley Design lightweight composite wheels which save a significant 8.0kg of unsprung weight per corner. For those who don’t know the standard 458 Italia comes with 570bhp and 540 Nm of torque but with some ECU tweaking the car delivers now 627bhp and 567 Nm of torque. With these numbers, the car ca sprint from 0 to 100 km/h in just 3.0 seconds (standard version can sprin in 3.4 seconds) and has a top speed of over 330 km/h. We have bad news though: the production of this customization programme will be limited to just 5 cars, each bearing a unique build number plaque.

Coming just a few months after the 2010 Frankfurt Motor Show unveiling of the Ferrari 458 Italia on which it is based, the Ferrari 458 Challenge introduces a number of important modifications to adapt it for competition use. Ferrari 458 was presented the 2010 Frankfurt Motor Show. Lately, the Ferrari 458 Challenge has made its world premiere debut in Maranello during the Annual Dealer Meeting.
With the new 458 Challenge, Ferrari is offering its sportier clients - professional and gentlemen drivers alike - a car that is extremely responsive, with great performance and superb handling. This mid-rear V8-engined berlinetta will allow Ferrari Challenge participants to enjoy to the full the exhilarating cut and thrust of the race weekends on the world's leading circuits, as well as the passion that has always been an integral part of Ferrari's one-make championship.
The Ferrari 458 Challenge introduces a number of important modifications to adapt it for competition use. This car use the direct injection 4497 cc V8 remains strictly in production tune, with an output of 570 hp at 9,000 rpm. That said, modifications have been made to the gear ratios and calibration of its dual-clutch F1 gearbox to assure gamier torque at bluer revs. The Ferrari 458 dispute are as well equipt with the E-Diff electronic differential already employed on the road-going adaptation, a 1st for Ferrari’s track-only automobiles.
For a Ferrari Challenge model is the adoption of the F1-Trac traction control system, the most sophisticated of its kind. The F1-Trac system constantly monitors levels of grip for maximum high-performance road-holding. Two specific track-biased calibrations – wet and dry – have been developed for this application.
Important work has also come in abbreviating the auto angle. This centered both the exterior and interior with Ferrari’s engineers boiling down particularly about abbreviating the thickness of the bodyshell panels and on using lightweight cloths, such carbon-fibre and Lexan.

The FSX has floating A and C pillars that direct the airflow around the top of the car, into the engine bay, keeping the V12 engine cool. To provide downforce, air is passed through the revolving rear spoiler. Also at the front of the ride there’s an adjustable splitter, that directs air in the split radiators placed on each side of the Ferrari supercar.

This is a really cool, the FSX is a Ferrari concept car, but also interesting concept because it comes with a high tech design, or a concept design or any other way you want to call it. The Ferrari FSX Concept is a 4 door pretty unexpected sedan, it it comes with a high tech design and was designed to fit neatly into the Ferrari lineup.

The vehicle is a four-door sedan powered by a naturally aspirated mid-mounted V12 engine. The FSX is a Ferrari concept car designed by Academy of Art University (San Francisco) graduate, Paul Kim. This is cool vehicle is Ferrari FSX Concept, the full name is Ferrari Sedan Xperiment. The name “FSX” stands for Ferrari Sedan Xperiment, because this is pretty much what this vehicle stands for, an unusual design experiment.

2010 Ferrari P540 Superfast Aperta. The car, the second in a new Special Projects programme created by Ferrari to meet requests from the most discerning clients and collectors to create truly unique models, is based on the Ferrari 599 GTB Fiorano and was inspired by a Carrozzeria Fantuzzi-designed Ferrari built specifically for the 1968 Fellini film, Toby Dammit, itself inspired by one of the tales of Edgar Allan Poe. The first shake-down has been held at Fiorano of a very special one-off, the Ferrari P540 Superfast Aperta, built for an American client.

The Ferrari P540 Superfast Aperta's proud new owner, Edward Walson, son of John Walson, the inventor of cable TV, approached Ferrari in 2008 to produce a modern reinterpretation of the gold-coloured car in the film. "I had always dreamed of designing sports cars," Walson explains, "and when I saw this film the decision came of its own accord: one day I would have 'my' Ferrari."
In accordance with the Special Project's approach to producing such individual one-offs, the Ferrari P540 Superfast Aperta respects all existing international safety and homologation requirements and is thus road legal. The car was designed by Pininfarina and built in Maranello, and the client was directly involved in each stage of its development. As the 599 GTB Fiorano donor car is a coupé, considerable effort went into strengthening the chassis by using finite element analysis in development and the increase in weight was kept down to just 20 kg by employing carbon-fibre extensively. From the initial sketches to the final, road-legal car took just 14 months. As the client took delivery of the car at Fiorano his excitement was understandable: "This is the most special Christmas present of my life."
This special Ferrari P540 Superfast Aperta's colour was inspired by the film "Toby Dammit", one of the three episodes of the film "Histoires Extraordinaires" made in 1968 based on stories by Edgar Allan Poe.
"Toby Dammit", the third of the three episodes, directed by Federico Fellini, with Terence Stamp Salvo Randone and Milena Vukotic, based on the story "Never Bet The Devil Your Head".
The other two episodes, "Metzengerstein" and "William Wilson", were directed by Roger Vadim and Louis Malle.
Technical specifications :
# Length: 4731 mm
# Width: 1954 mm
# Height: 1300 mm
# Wheelbase: 2750 mm
# Front track: 1690 mm
# Engine
- Type: 65° V12
- Displacement: 5999 cc
- Maximum power: 456 kW (620 CV) at 7600 rpm
- Maximum torque: 608 Nm (62 kgm) at 5600 rpm
# Transmission: F1 6-speed gearbox
# Tyres
- Front: 245/35 20"
- Rear: 305/35 20"
# Fuel consumption
- Combined cycle: 17.9 l/100 km
- CO2 emissions: 415 g/km

Maranello, July 28th 2009 – While it’s true that every Ferrari is innovative by definition, it’s equally true that in the course of the Prancing Horse’s history, certain cars have marked a genuine departure from the current range. This is very much the case with the Ferrari 458 Italia, which is a massive leap forward from the company’s previous mid-rear engined sports cars.

The new model is a synthesis of style, creative flair, passion and cutting-edge technology, characteristics for which Italy as a nation is well-known. For this reason Ferrari chose to add the name of its homeland to the traditional figure representing the displacement and number of cylinders.



With the Ferrari 458 Italia, Maranello has brought a highly distinctive new car to its 8-cylinder range. The company now offers two models that share a common, race-derived DNA, both exceptionally sporty and fun to drive in true Ferrari tradition, but aimed at two very different kinds of client. While the Ferrari California was created for owners requiring a more versatile sports car with a practical edge, the 458 Italia is designed for owners for whom the priority is uncompromising on-road performance with occasional track day capability, but who still demand a car that is useable in day-to-day driving like all Ferrari’s recent models.

Ferrari F430 is a sports car manufactured by Ferrari. The F430's brakes were collaboratively designed with Brembo. The F430 features E-Diff, a computer-controlled limited slip differential which enables to vary torque distribution based on inputs such as steering angle and lateral acceleration.