U S A Car

Saturday, 4 September 2010

oldsmobile alero niot

There is also key lockout protection, which deactivates the door lock switches if the key is left in the ignition. In addition, there are programmable power door locks. To top it off, for all those who get annoyed at drivers who "forget" to turn their signals off when they change lanes, there is a chime that will activate after 3/4 of a mile. All aesthetically placed and convenient. Bottom Line:

Friday, 3 September 2010

Carrera Facelift Porsche 911 Sports Car.

MANSORY Switzerland The High-quality refining programme for the new Porsche 911.
The company Mansory is situated in Bavaria and one of the top addresses for refining premium sports cars. Whether Bentley, Rolls-Royce, McLaren, Ferrari or Porsche – the refining specialist shows its technical talent for every automobile. The subsidiary company Mansory Switzerland AG, the in-house expert for Porsche cars, presents a comprehensive tuning programme for the model 911 from the recently revived Porsche Type 997 series at the Geneva Auto Salon 2009. This tuning programme mainly focuses on improvements concerning the aerodynamics, engine performance and handling of this sports car icon.
When developing the 911-programme, the Mansory engineers attached great importance to an individual design, but also aerodynamic efficiency. In order to save weight and guarantee highest quality standards, the body components are made of composite also, parts of the serial auto body are made of this resilient and inherently stable material. The core part of the body kit is a lift-reducing front mount in a sportive-dynamic look. In connection with the hood, the front apron offers various design possibilities. On the one hand, it forms the perfect symbiosis with the serial hood, as an especially designed inlay allows a seamless junction. And on the other hand, the apron can be combined with the Mansory carbon hood whose striking side beads demonstrate individuality and underline the sportive character of the modification. The rear apron is not less impressive: it accommodates the new four-pipe exhaust system and therefore renders a harmonic rear finish. The visual perfection of the aerodynamics pack is accomplished with the side skirts which also fulfil functional tasks. They significantly calm the air flow between both axles.
The power engines also profit from the comprehensive changes of the 911 engine range. But here, the engineers do not perform any excessive open-heart surgery, but only replace existing parts by modified proprietary developments. A new sport air filter and a new exhaust system come into operation. Especially the exhaust system renders an optimised exhaust gas flow. This enable the 911 to accelerate from 0 to 100 km/h even faster than the serial versions.
But the special highlight of the exhaust system is the integrated throttle system which - if desired - can also be operated by remote control and allows changing the sound scenery.
The refining specialist developed a forged wheel with an exclusive design which was tailor-made for Porsche requirements. The one-piece wheel with five double spokes measures 8.5 x 20 inches at the front and 12 x 20 inches the back. Not only its sportive look, but also its excellent manufacture makes it so impressive. The reduction of unsprung masses by the exceptional and elaborate production technology does not only lead to a shorter braking distance, but also improves the acceleration and the handling of the car. For best possible grip, Mansory uses Michelin Pilot Sport wheels sized 245/30 at the front and 325/25 at the rear. Moreover, the newly developed running gear which lowers the car´s centre of gravity by 30 millimetres also sets sportive accents.

Thursday, 2 September 2010

Mercedes-Benz C-Class Special Edition

Mercedes-Benz Auto Car : 2009 Mercedes-Benz C-Class Special Edition

Aeon Sports Cars GT3 Aero

The GT3 Aero from Aeon Sportscars based in Kent, England, is a 3 seat kit car powered by a wide range of engines. The Aeon GT3 Aero, like its hard top sibling the GT3 Coupe, has an unusual 3 seat layout with a central driving position, however the car is also available in a conventional 2 seat version called the GT2 Aero.

Aeon Sports Cars GT3 Aero

Aeon was founded in 2000 by Keith Wood and John Hewitt to design and build a three-seater track/road car. John and Keith have a wealth of experience between them. John comes from an engineering background, serving his apprenticeship with the M.o.D. In his early years he built and raced karts and trials cars, and for the last 17 years has prepared cars and competed in sprints and hill climbs. Keith started his career as an apprentice in a drawing office, but for the past 18 years has owned and run a company that manufactures specialist off-road, amenity, agricultural and four-wheel-drive vehicles.

Aeon Sports Cars GT3 Aero

The steel spaceframe chassis of the Aeon GT3 Aero (which is identical to the GT3 Coupe chassis) commonly houses a 2-litre Ford Duratec four-cylinder engine or the 2.5-litre Ford Duratec V6 engine, although other units from a variety of front-wheel drive donors can be fitted to the mid-engined Aeon.

Aeon Sports Cars GT3 Aero

The bodywork of the Aeon GT3 Aero was developed with the help of MIRA's wind tunnel. MIRA is a world leading vehicle testing facility based in Warwickshire, England.

The seven piece fibre-glass body of the Aeon GT3 Coupe is supplied in white gel coat ready for painting.

Aeon Sports Cars GT3 Aero

Year (of specifications) 2009

Engine various inc, 1.8 Audi, duratech V6

Transmission RWD

Max speed -

0-60 mph -

Horsepower various ranging from 160 - 280 bhp

2012 Lamborghini Supercar Jota Murcielago

The first clear pictures with the all-new 2012 Lamborghini Murcielago have surfed over the web today, a supercar that will be probably named “Jota” and will replace the current Murcielago. The car will go on sale early next year and will be priced at over £300,000.

We all know Lamborghini Murciélago, has been racing around since 2002 and as its time for it to take a rest, and let its successor take onto the track. Lamborghini engineers appear to be just ready with the replacement of the mighty supercar. Taking its first learning steps in the cold weather on a VW/Audi test track somewhere in Scandinavia, the next supercar was caught test-driving by the spy photographers.

2012 Lamborghini Jota Murcielago

It might have been blisteringly cold at Volkswagen/Audi’s secret test location in northern Scandinavia, but the prototype car in question was red hot: It’s the replacement for Lamborghini’s mighty Murciélago. Rumored to be called the Jota (the name of a one-off development Lamborghini from 1970), the latest Lamborghini supercar is sure to be the greatest yet from Sant’Agata Bolognese.

2012 Lamborghini Jota Murcielago

The 2012 Lamborghini Jota Murcielago is powered by a 7.0L V12 engine that is able to deliver between 700 and 720 HP and will take this supercar to an amazing top speed of 362 km/h! The new Lambo will feature a bespoke carbon composite chassis with an aggressive and dynamic bodywork and will come with an unusually light four wheel drive system.

2012 Lamborghini Jota Murcielago

Sources indicate that this new Lambo will weight less than 1,500 kg which will probably result in a breathtaking acceleration. Since the power to weight ratio will be in the region of 470 HP per 1,000 kg the car will probably accelerate from 0 to 100 km/h in less than 3 seconds.

The 2012 Lamborghini Jota Murcielago won’t feature a DSG transmission because it would be too complex and too expensive to engineer but it will come with a sequential seven speed manual with a seven speed paddle shift as standard.

2012 Lamborghini Jota Murcielago

It is also expected that a dual-clutch transmission may be used to transfer power to the four wheels of the new Lambo. Another rumour soaring around is regarding the new all-wheel drive system from Swedish supplier Haldex. Newfound lightness will come via an aluminum/carbon-fiber version of the aluminum space frame from the Audi R8, replacing the current Murciélago’s steel chassis. Other weight savings will be achieved through the use of lightweight body panels; but instead of extensive use of carbon fiber as originally thought, Lamborghini’s partnership with aircraft builder Boeing has apparently led to research into other composites that yield a better cost/benefit ratio than carbon fiber. Lamborghini’s goal going forward is that every new car tips the scales about 200 lb. less than the car it replaces.