Monday, February 28, 2011

Design McLaren MP4-12C

McLaren Press ReleaseThe McLaren MP4-12C is revealed as the first in a range of high-performance sports cars from McLaren Automotive, the independent car division based at the McLaren Technology Centre in Woking, England. The 12C, and future models within the range, will challenge the worlds best sports cars, benefiting from the expertise and virtuosity of the McLaren Group.Twenty years of

Carrera Facelift Porsche 911 Sports Car.

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

Ferrari 458 Italia Spider

The possibility of the Ferrari 458 Italia Spider sporting a folding hardtop roof has already become a topic of widespread and serious debate. Ferrari boss Lucas di Montezemolo though has confirmed the existence of the 458 Italia Spider but has never spent any word on whether the Spider would sport a folding hardtop, which is further reason for the debate to continue unabated. The first

AF-10 Arash Sports Car

Arash Motor Company was born out of a passion for cars, the allure of beauty and the thrill of driving the seemingly end less acceleration of a thoroughbred engine. The engine, or better still, the soul of the AF10 is designed to withstand the punishment of motor racing and we’re sure it will excite even the most accomplished of drivers.AF-10 ArashThe superlative handling of a chassis designed by

Canadian HTT Pléthore LC-750 Sports Car

Car enthusiasts will surely want to take a look at the newest supercar on the scene – the HTT Plethore LC 750. It is made by Canada-based HTT Technologies and is the result of six years of development headed by company principle Luc Chartrand. HTT Plethore LC 750It will make its world debut at the Frankfurt Motor Show but for now, let’s view the images by Stephan Bauer, revealed from a VIP

Audi Sports Car RS5

The Audi RS5 made its world debut last month at the 2010 Geneva Motor Show and come complete with an uprated version of the 4.2-liter FSI V-8 from the RS4. The latest iteration of the sweet engine delivers 450 horsepower at 8,250 rpm and, between 4,000 and 6,000 rpm, transmits a maximum of 317.15 pound-feet of torque. Audi RS5The mighty engine is matched to a seven-speed S tronic dual clutch

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Cool Cars not adapted: see Li Yuchun close contact with the BMW - car modification, Li Yuchun, BMW - Automotive supplies industry

The Sport Car BMW 645 EXTREME MODIFICATION in Auto Show

The Sport Car BMW 645 EXTREME MODIFICATION in Auto Show


Sunday, February 27, 2011

2010 Chevrolet Camaro Hamann

2010_Chevrolet_Camaro_Hamann_Two_Door2010 Chevrolet Camaro Hamann Picture

The fine tuner Hamann of Laupheim from the German, of all the new Chevrolet Camaro would tune, probably no one believes, specializes in the tuner but more on BMW, Ferrari, Lamborghini and Porsche. Well, do not even need to think because this is the result of 8 hours of Photoshop, found on Deviantart. Serdo Miletic can be reached as a user with the nick Morfiuss here.

Chevrolet Muscle Cars 365 2008 Camaro

Chevrole-Muscle-Cars-365-2008-CamaroChevrolet Muscle Cars 365 2008 Camaro Photo Shoot

1969 Camaro Muscle Car Red And Black Color

1969_camaro-muscle-car-sport1969 Camaro Muscle Car Red And Black Color Picture

Saturday, February 26, 2011

2011 Nissan Electric Sports Cars ESFLOW Concept

2011 Nissan Electric Sports Cars ESFLOW Concept
The ESFLOW concept cars will be unveiled at the 2011 Geneva Motor Show (3-13 March) where it will share the Nissan stand with a number of other innovative and exciting newcomers - but with one major difference: these are production ready.
The 2011 Nissan Electric Sports Cars ESFLOW Concept isn’t scheduled to be unveiled until the 2011 Geneva Motor Show in just a couple of weeks. Nissan plans to reveal its new electric concept, called Esflow, at the Chicago Auto Show this year. The car will make its world debut at the 2011 Geneva Motor Show from March.
2011 Nissan Electric Sports Cars ESFLOW Concept
Nissan has a reputation for creating some of the most exhilarating sports cars on the market. Nissan has also developed the world's first practical Zero Emission family car, the Nissan LEAF. Now Nissan has put that expertise together. It has captured the excitement of a sports car and the environmental benefits of an electric vehicle and blended them into one dramatic two-seater concept: ESFLOW.
It may be a concept, but the Nissan ESFLOW electric sports cars proves it's possible to remain environmentally sympathetic without having to give up the joy of driving. It looks like a sports car, handles like a sports car and performs like one too. But Nissan ESFLOW Concept cars is different to every other sports car yet built: it's electric. Using technology pioneered in the award-winning Nissan LEAF, the EV concept shows that driving can still be as much fun tomorrow as it is today.
2011 Nissan Electric Sports Cars ESFLOW Concept
Ecological minimalism need not come at the expense of luxury. The cabin of the 2011 Nissan Electric Sports Cars ESFLOW Concept is clean and open and weight saving has been a priority throughout its design, but it is still a comfortable and pleasant place to sit. By far the heaviest components in modern cars' interiors are the steel framed, thickly upholstered and increasingly motorized seats. In 2011 Nissan Electric Sports Cars ESFLOW Concept the seats are sculpted into the rear bulkhead of the car, negating the need for a heavy frame. This of course means that they are immobile, but this is of no consequence as the fly-by-wire steering and pedals adjust electrically to the best spot to suit each individual driver's size and preferred driving position.
Nissan ESFLOW Concept is rear-wheel drive and it runs on two motors. The car's graceful proportions allow the twin electric motors to be placed above the axis of the rear wheels, in a mid-ship position,. These motors independently control the left and right wheels, and so the torque is optimized to ensure outstanding vehicle stability and control as well as efficient power regeneration. The motors produce enough torque in an instant for it to reach a 100kph in under 5 seconds.
2011 Nissan Electric Sports Cars ESFLOW Concept
Power for the motors comes from the same laminated lithium-ion battery packs used in the Nissan LEAF, but in ESFLOW the packs are located along the axis of the front and rear wheels. This centralizes the mass of the car, and thus its rotation point, close to the driver's hips. These cleverly positioned batteries enable the car to travel over 240km on one charge.
2011 Nissan Electric Sports Cars ESFLOW Concept
The colors of this Esflow are inspired from glaciers, with highly reflective blue-tinted solidified liquid shapes. Even if this concept will not hit the production line too soon, it could be a great source of inspiration for Nissan’s future sports cars.

Dodge Challenger All Models

A 1970-only model was the Dodge Challenger T/A (Trans Am) racing homologation car. In order to race in the Sports Car Club of America's Trans American Sedan Championship Trans Am, Dodge built a street version of its race car (just like Plymouth with its Plymouth 'Cuda AAR) which it called the Dodge Challenger T/A (Trans Am). Although the race cars ran a destroked version of the 340, street versions took the 340 and added a trio of two-barrel carburetors atop an Edelbrock aluminum intake manifold, creating the 340 Six Pack. Dodge rated the 340 Six Pack at 290 bhp (216.3 kW), only 15 bhp (11 kW) more than the original 340 engine (which also had the same rating as the Camaro Z/28 and Ford Boss 302 Mustang). The engine actually made about 320 bhp (238.6 kW). It breathed air through a suitcase sized air scoop molded into the pinned down, hinged matte-black fiberglass hood. Low-restriction dual exhausts ran to the stock muffler location, then reversed direction to exit in chrome tipped "megaphone" outlets in front of the rear wheels. Options included a TorqueFlite automatic or pistol-grip Hurst-shifted four-speed transmission, 3.55:1 or 3.90:1 gears, as well as manual or power steering. Front disc brakes were standard. The special Rallye suspension used heavy duty parts and increased the rate of the rear springs. The T/A was the first U.S. muscle car to fit different size tires front and rear to give a racing stance: E60x15 in the front, and G60x15 in the rear. The modified chamber elevated the tail enough to clear the rear rubber and its side exhaust outlets. Thick dual side stripes, bold ID graphics, a fiberglass ducktail rear spoiler, and a fiberglass front spoiler added to the racing image. The interior was strictly stock Challenger.

Dodge contracted Ray Caldwell's Autodynamics firm in Marblehead, Massachusetts to run the factory Trans-Am team. Sam Posey drove the #77 "sub-lime" painted car that Caldwell's team built from a car taken off a local dealer's showroom floor. When the #76 was completed mid-season from a chassis provided by Dan Gurney's All American Racers, Posey alternated between the two. Both cars ran the final two races, with Posey in the #77. Ronnie Bucknum drove the #76 at Seattle Washington, and Tony Adamowicz drove it at Riverside, California.

The Challenger T/A's scored a few top three finishes, but lack of a development budget and the short-lived Keith Black 303 c. i. engines led to Dodge leaving the series at season's end. .

The street version suffered from severe understeer in fast corners, largely due to the smaller front tires. Only 2,399 T/As were made. A 1971 model using the 340 engine with a 4-barrel carburetor was planned and appeared in advertising, but was not produced since Dodge had left the race series.

The "Western Special" was a version available only to west coast dealers. It came with a rear-exit exhaust system and Western Special identification on the rear decklid. Some examples came with a vacuum-operated trunk release. Another late production version was the low-priced "Deputy", stripped of some of the base car's trim and with fixed rear side glass.

1972 Dodge Challenger

By 1972, the convertible version and all the big-block engine options were gone. Maximum power was also downgraded to 240 horsepower (180 kW) to reflect the more accurate Society of Automotive Engineers (SAE) net hp calculations. The 1972 models also received a new grille that extended beneath the front bumper. The only 1972 convertibles which exist are actually 1971 models with the 1972 front end (grille, lights, etc.) and rear end (tail lights and their panel). These were specially built for TV programs such as "Mod Squad". The only way to ascertain a 'real' 1972 Challenger convertible is to look at its fender tag. On the code line which gives the dealer order number, that number will start with an "R", which designates "Special Meaning" (in this case, a TV 'special promotions' car).

1973 Dodge Challenger Rallye
1974 Dodge Challenger R/T

The 1973 models were no longer available with a six-cylinder engine. For 1974, the 340 cu in (5.6 L) engine was replaced by a 360 cu in (5.9 L) version, but the pony car market had deteriorated and production of Challengers ceased in mid-1974.

[edit] Cosmetic variations

Protruding bumper guards, 1973
Center backup light, 1970

Although the body style remained the same throughout the Challenger's five year run, there were two notable changes to the front grille. The 1971 models had a "split" grille, while 1972 introduced a design that extended the grille (nicknamed the "sad-mouth") beneath the front bumper. With this change to the front end, 1972 through 1974 models had little to no variation. The only way to properly distinguish them is that the 1972s had flush mounted bumpers with no bumper guards, (small bumper guards were optional), while both the 1973 and 1974 models had the protruding "5 mph (8.0 km/h)" bumpers (with a rubber type filler behind them) in conjunction with large bumper guards. The 1974 cars had larger rear bumper guards to meet the (new for 1974 and on) rear 5 mph rear impact law. These changes were made to meet U.S. regulations regarding crash test safety.

The 1970 taillights went all the way across the back of the car, with the backup light in the middle of the rear. In 1971, the backup lights were on the left and right instead of the middle. The taillight array also changed for 1972 onwards, with the Challenger now having four individual rectangular lamps.

[edit] Collectibility

Although few mourned the end of the E-body models, the passage of time has created legends and highlighted the unique personalities of both the Challenger and the Barracuda.[2] In a historic review, the editors of Edmunds Inside Line ranked these models as: 1970 was a "great" year, 1971 was a "good" one, and then "three progressively lousier ones" (1972–1974).[2] With total sales and production off by 2/3rds from 1970, the performance engine 1971 Challengers are the most rare. Sales and production of the 1973 cars (with only two V8s available) actually exceeded 1971 by approximately 1,000 cars. This may be explained by 1973 being a very good year for the U.S. auto industry in general and an increased interest in Chrysler (the Plymouth Barracuda and Plymouth Road Runner also saw sales increases) performance cars.

Original "numbers matching" high-performance 1970-71 Challengers are now among the most sought-after collector cars.[citation needed] The rarity of specific models with big engines is the result of low buyer interest and sales with the correspondingly low production when new. The 440 and the 426 Hemi engines nowadays command sizable premiums over the smaller engines.The 1970 and 1971 models tend to generate more attention as performance and style options were still available to the public. However, with the popularity of these vehicles increasing, and the number of usable and restorable Challengers falling, many collectors now search for later models. Many "clones" of the 1970 and 1971 Challengers with high-performance drivetrains have been created by using low-end 6-cylinder and 318-powered non-R/T or T/A cars and installing one of the "Magnum" performance engine combinations (340, 383, 440 or 426 Hemi) and adding the specific badging and hoods. Total production (1970–74) was only about 168,000 cars, and perhaps 1/3 of that number now exist in any condition.



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