New Ford Shelby GT500 Packs a Monstrous 650HP and has a Top Speed in Excess of 200MPH

 

By now, you’ve read all about the revamped Mustang, including the high-performance Boss 302 and Laguna Seca versions. It all pales in comparison to the Shelby GT500 that Ford is planning to roll out at the Los Angeles Auto Show on Wednesday. Powered by what Ford claims to be the world’s most powerful production V8 engine, the GT500 packs no less than 650-horses and 600 lb-ft of torque.
That’s no typo: the 5.8-liter supercharged V8 has 41 horses more than the McLaren F1, 24 more than the Mercedes-Benz SLR McLaren, and an amazing 70 more than the original Lamborghini Murcielago. On the downside, it falls one pony short of the Ferrari Enzo.
A top speed in excess of 200 mph (320 km/h) should make you able to keep up with almost anything on the road, bar a Veyron or a Koenigsegg.
“SVT keeps the Shelby GT500 on the cutting edge of technology and takes muscle car performance to new heights,” said Jost Capito, director of Ford’s Global Performance Vehicles and Motorsport Business Development.
“We encapsulated every aspect of performance in this car – whether it’s 0-60, top speed, racetrack or quarter-mile times. Beyond that, the daily driver also will find this car perfectly fits his or her needs.”
In order to achieve these numbers, Capito and his team carefully upgraded the V8 by installing a new TVS 2300 supercharger that feeds more air into the engine, cross-drilled block and heads and updated camshaft profile.
Such an engine must create tremendous amount of heat. Therefore the cooling system has been significantly updated and features a larger fan, a fan shroud with high-speed pressure-relief doors, a more efficient charge air cooler, a higher-flow intercooler pump and an intercooler heat exchanger with a 36% increased volume.
Ford’s engineers wanted to make sure that the Shelby’s power actually makes it to the rear wheels and doesn't destroy the rest of the powertrain. So they upgraded the dual-disc clutch, transmission and axle and fitted a new driveshaft made out of carbon fiber.
After testing more than 35 gearbox combinations for the six-speed manual transmission, they finally made their decision. The new box has reinforced gears, bearings and housing to handle the massive torque. That’s to be expected considering the performance: what’s surprising is that the chosen transmission enables the Shelby GT500 to be exempt from the gas-guzzler tax…
“It might just seem like we’re putting a bigger engine into the car. But it’s been a balanced approach through and through,” said Jamal Hameedi, SVT chief engineer. “We’ve completely redone the car to be even more sophisticated in terms of handling and control than the prior model.”
First of all, with that kind of top speed, you sure as hell want to make sure you stay on the tarmac and don’t become airborne. Therefore, the new GT500 offers 33% more downforce compared to the 2011 model thanks to major changes that have optimized airflow, minimized drag and significantly increased downforce.
You also want your 650HP car to catapult from standstill and not just sit there and shred its rear Goodyear Eagle F1 SuperCar G tires to pieces. An SVT-developed launch control that is integrated both with the ECU and the traction control system takes care of that problem. At some point, you’ll have to stop as well and a new Brembo brake system with larger discs on all four corners and six-piston front calipers ensures that you’ll be able to.
Now we’ve ticked the performance, engineering and braking boxes. Have we missed something? Oh, yes: the not-so-small issue of handling.
“We took a completely different approach with this car so drivers can choose their settings instead of a computer making the selection,” Hameedi explains. “Nearly every system the driver interacts with can be tailored to his or her situation including the Bilstein electronic adjustable suspension, launch control, AdvanceTrac and steering assist levels.”
Which means that you can keep the electronic helpers on, for maximum peace of mind, select an intermediate mode for some antics while retaining a safety net, or completely disengage all systems and whet your pants prove your driving skills.
Those wanting more can order the Performance Package that includes a Torsen limited-slip diff, or go all the way with the optional Track Package. The last option includes three separate coolers for the engine oil, the rear differential and the transmission, providing further cooling and preventing those critical components from overheating under extreme driving.
Now, we can’t just get our minds off that Enzo thingy: Mr. Capito, next time make sure you find an extra two ponies. It shouldn’t be that difficult. And then you could brag that your car is even more powerful than an Enzo.

PHOTO GALLERY

2020 Minotauro Lamborghini Sports Car Concept

Concept cars never cease to fascinate car enthusiasts. If you claim to be a Lambo fan than this latest sports car concept creation is definitely for you. Andrei Avarvarii, a student at Milan's Scuola Politecnica di Design, with assistance from Lamborghini’s design head Filippo Perini, designed this amazing electric 2020 Lamborghini Minotauro concept.

2020 Lamborghini Minotauro concept

The duo worked to achieve three different goals:

1. Aesthetic goal – Explore soft shapes for a new Lamborghini design language,

2. Technical goal – Redefine the Lamborghini supercar as an electric vehicle and

3. Functional goal: Integrate the new vehicle in the reality of the year 2020.

Designed tasty electric sports car concept Lamborghini, uses four electric motors and power sharing 30% / 70% front to rear. 2020 Lamborghini Concept Minotauro designed by a student getting a master’s degree in Milan Scuola Politecnica in Design, Andrei Avarvarii with the help of Filippo Perini head of Lamborghini Design. Li-Tec A flat-cell batteries in the rear and front of the KERS system will provide power.

A breathtaking beauty on wheels imagined for the year 2020, it mesmerizes you with both its looks and features. The concept creation would utilize four electric motors and split the power 30%/70% front to rear while a Li-Tec flat-cell battery out back and a KERS system in the front provide the power.

The Minotauro has two asynchronous 75-horsepower (56-kW, 76-PS) electric motors at the front that provide 30% of the car’s power, and two 175-horsepower (131-kW, 177-PS) electric motors at the rear. The system runs on a Cerio Li-Tec Flatcell battery, with a Kinetic Energy Recovery System also in place.

The press release goes on to explain the bonus of no big V12 out back: The absence of a big V12 engine in the rear creates enough room for a third passenger in a central position, like the legendary Mclaren F1.  While the driver’s door would be normal, the passenger side’s would be bigger to provide access to the back seat.

What is more, the absence of the powerful V-12 engine in this concept creation makes room for a third passenger. Keeping this in mind, the passenger’s door would be bigger in order to provide access to the back seat. 

But what are sure to appeal to every Lambo fan are the concept’s triangular intakes/exhausts that are not just visually pleasing but serve for battery cooling and act like the tubes of a subwoofer, channeling the sound of the electric motors, placed behind them.

A hi-tech creation, the owners would also be able to upload their own track ghosts to an online community. And if a real racetrack has been / is being covered, the GPS would record car placement / track time, allowing people worldwide to challenge an owner's record.

Guess when it comes to concepts, sky is the limit for the designers.

2011 Audi Sports Car RS5

The 2011 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.

2011 Audi RS5

The mighty engine is matched to a seven-speed S tronic dual clutch gearbox and a new center differential in the standard quattro all-wheel drive system. Together, the powertrain propels the coupe’s 3,803 pound kerb weight from 0-62 mph in 4.6 seconds and sees it reach a top speed of 174 mph.

Despite the performance, the new RS5 has relatively good--for a performance car--fuel economy of 21.8 mpg for the European combined cycle.

Developed by quattro GmbH, the RS models comprise the dynamic spearhead of Audi's model range. The Audi RS5 is the latest torchbearer in a tradition dating back over 15 years to the RS2 Avant: superior handling in the mid-size class. A close relative of the V10 which powers the high-performance Audi R8 sports car, the high-revving V8 engine delivers its output from a displacement of 4,163 cm3. Like nearly every Audi gasoline engine, this one also operates via direct fuel injection known by the abbreviation FSI. This same technology has propelled the Audi R8 racing car to four triumphs at the classic endurance race in Le Mans. The common-rail system generates up to 120 bars of pressure.

Intensive fine-tuning of the dual-branch intake and exhaust system allows the undersquare engine to breathe freely; four adjustable camshafts and tumble flaps in the intake manifold facilitate mixture formation. The 4.2 FSI provides imposing torque and is right at home even at high revs - almost like a race engine. The engine delivers 331 kW (450 hp) at 8,250 rpm and - between 4,000 and 6,000 rpm - transmits a maximum of 430 Nm (317.15 lb-ft) of torque.

The vigorous strength, the spontaneous responsiveness, the joyful high-revving, and the throaty, sonorous music: this V8 produced by hand at Audi stunningly combines the essence of power and emotion. The 4.2 FSI propels the coupé's 1,725 kilograms (3,802.97 pounds) in 4.6 seconds from 0 to 100 km/h (0 to 62.14 mph) to an electronically governed top speed of 250 km/h (155.34 mph). Audi can increase that to 280 km/h (173.98 mph) upon request.

The RS 5 will ride on a lowered and stiffened suspension, and it most certainly will have a torque-vectoring rear differential similar to that which we recently sampled in the 2010 S5 cabriolet. Also look for an RS-specific calibration of the Audi Drive Select system that allows the driver to tailor steering effect, damping qualities, and transmission/throttle response to his or her tastes. We expect the RS 5 to make abundant use of lightweight materials such as aluminum, magnesium, and probably a conspicuous sprinkling of carbon fiber, á la BMW M3 coupe, as part of its ambitious plan to begin reducing vehicle mass across its model lineup and particularly among its performance cars.

A carbon design package is available for the engine compartment and, for the vehicle body, there are styling packages in black or matt aluminum look, including for the exhaust system, which can be fitted with black tailpipes. The new RS5 is scheduled to go on sale in Europe this July and previous spy shots of prototypes testing in the U.S. suggest the car will also be in local showrooms.

Sales of the Audi RS5 will begin in the spring of 2010. Its basic price will be approximately 77,700 euros.

2011 Ford Start Concept Cars MEGA CITY

For parts of the world that are growing increasingly urban, the future of the automobile looks small, green, smart and fun in the eyes of Ford designers who created the Ford Start Concept. It's a design vision inspired for the transportation needs of the world's mega cities.

2011 Ford Start Concept

Making its global debut at the 2010 Beijing Auto Show, the Ford Start Concept is more than simply a design exploration into the feasibility of a small car. It also demonstrates how Ford will extend the promise of its EcoBoost engine technology story even further – previewing a fuel-efficient petrol Ford EcoBoost engine with just three cylinders and 1.0 litre of displacement, yet the power of a larger, 1.6-litre I4 engine.

Start Concept was inspired in part by a growing global trend toward mass urbanisation. The world's top 20 mega-cities are home to consumers whose needs, attitudes and expectations may have more in common with mega-city dwellers in other nations than with their own countrymen. While these consumers share the challenges of living in an urban society, they also increasingly seek out product solutions that bring the best the world has to offer.

When it comes to designing eco-friendly urban transportation, automakers have tried just about everything. They've drawn up bubble cars, autonomic pods, even semi-robotic unicycles. Ford however, has decided against cribbing from the pages of a sci-fi novel and opted for something far more conventional: a three-door hatchback. Specifically, the Start concept the automaker unveiled at the 2010 Beijing Auto Show.

“Our ambition was to design a car that transcends the practical realities of commuting in these mega cities, and goes beyond just dressing the technology,” said Freeman Thomas, design director. “We wanted to design a car you would also love.”

There’s little not to love about the Start, Ford’s first concept in three years, and the first developed under the global auspices of the “One Ford” mantra. Although the Start shows traces of Ford’s “kinetic” design language, its rounded form is much more elegant. Angular edges are limited to both the shoulder lines and the slender, LED-powered headlamp and taillights. Thomas says the Start features “refined surface language” usually found on premium vehicles, and we’d agree -- from some angles, the Start almost resembles Audi’s new A1.

Function doesn’t necessarily follow form, however, as stylists made an effort to improve the car’s aerodynamics. Many surfaces, including the windshield, side window glass, and center stop lamp, are flush with the body, while an underbody aero pan further reduces the Start’s drag. The interior is as equally stylish and functional -- the floating dual-cockpit dashboard lends a sporty look, but a conceptual infotainment system, billed as “MyFord Mobile,” incorporates a multi-function touch screen to simplify the center stack.

While the Start’s form allowed Thomas’ team to flex their creative muscle, the mechanicals beneath the car are firmly rooted in reality. Ford’s teased the idea of an EcoBoost three-cylinder, but this is our first look at such an engine. The turbocharged, 1.0-liter I-3 utilizes a cast-iron block, but a cylinder head and sump fabricated from cast aluminum. Ford won’t talk power figures, saying only that early tests suggest it can produce power on par with its 1.6-liter I-4, which is rated at 120 horsepower in North America. Power is routed to the front wheels via an ordinary five-speed manual transaxle.

Created by a global team of designers working at Ford's Irvine (Calif.) Strategic Concepts Group Studios, this sporty, futuristic concept combines near-production Ford EcoBoost engine technology and slick aerodynamics in an environmentally friendly package with reduced greenhouse emissions, all wrapped in an exciting design.

Ford says the EcoBoost three-cylinder would allow the Start to emit well under 100 grams of carbon dioxide per kilometer. That’s not a crucial figure here in North America, but it is in Europe, where Ford sells the similar-sized Ka. We doubt the Start is destined for production anytime soon, but look for the turbo-three to land in some small European Fords in the near future.

“The Ford Start Concept is the first pure concept we’ve developed under our ‘One Ford’ approach,” says Moray Callum, executive director, Americas Design. “J Mays, Martin Smith and I worked with Freeman and his team to deliver a concept that visually reinforces the fun to drive element that is at the core of the Ford brand DNA.”