Return of the Stingray | 2014 Corvette | Chevrolet

The Corvette engineers and product managers share their excitement about the all-new 2014 Corvette Stingray in this exclusive video. Get the first glimpse at all of the new features and innovations, straight from the men and women who developed them. To learn more about the all-new 2014 Corvette Stingray, visit http://www.corvettestingray2014.com

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2014 Corvette Stingray on the TRACK!





2016 Mustang GT350R Revs
New Mustang GT350R revving at the Carlisle Ford Nationals. The GT350R shows off its two-phased Exhaust system.





Ford GT LeMans race car: first drive
Ford announced it is returning to one of the most prestigious automobile races in the world with its new Ford GT race car, based on the all-new ultra-high-performance supercar that goes on sale next year. The Ford GT race car will compete in the 24 Hours of Le Mans – referred to by many as the Grand Prix of Endurance and Efficiency – starting next year. Revealed today at the famous circuit in Le Mans, France, Ford GT will compete in the Le Mans GT Endurance class for professional teams and drivers (LM GTE Pro). Joining Ford in this project are Multimatic Motorsports, Roush Yates Engines, Castrol, Michelin, Forza Motorsport, Sparco, Brembo and CGRFS. The race car has undergone extensive design and testing within Ford and Multimatic, with CGRFS providing input into the development. Roush Yates is supporting development of the 3.5-liter EcoBoost V6 – the most powerful EcoBoost production engine ever. The 3.5-liter EcoBoost V6 engine debuted in the TUDOR United SportsCar Championship in 2014. Since then, Ford, with CGRFS, has captured significant overall wins at the 12 Hours of Sebring and Rolex 24 At Daytona. Besides great success in sports cars, Ganassi race teams achieved major victories in the Daytona 500, Brickyard 400 and Indianapolis 500.





2015 Shelby GT350 and GT350R Track Video!
The all-new 2015 Shelby GT350 and GT350R on the track! 526-horsepower Ford Shelby GT350 Mustang Exceeds 100 horsepower Per Liter with New 5.2-Liter Flat-Plane V8 At 102 horsepower per liter, the all-new 5.2-liter V8 for Shelby GT350 Mustang and Shelby GT350R Mustang is both the most power-dense and the most powerful naturally aspirated road-going engine in Ford history ·All-new Ford 5.2-liter flat-plane crankshaft V8 – an engine unique to Shelby GT350 and Shelby GT350R – produces 526 horsepower and 429 lb.-ft. of torque With a redline of 8,250 rpm, the all-new 5.2-liter engine is the highest-revving production V8 in Ford history Its crankshaft may be flat, but its power output is anything but “plane.” Ford announced today the most powerful naturally aspirated road-going engine in its history. The all-new Ford 5.2-liter flat-plane crankshaft V8 will produce 526 horsepower and 429 lb.-ft. of torque in Shelby GT350 Mustang and Shelby GT350R Mustang – an engine unique to the two models set to go on sale this fall. “The Shelby GT350 program began with a clear objective – create the most balanced, nimble and exhilarating production Mustang yet,” said Jamal Hameedi, Ford Performance chief engineer. “Every change we made to this car was driven by the functional requirements of a powerful, responsive powerplant. The high-revving, naturally aspirated 5.2-liter flat-plane V8 delivers on every target we set – high horsepower, broad torque curve, aggressive throttle response and light weight.” The all-new 5.2-liter V8 is not only Ford’s most powerful naturally aspirated engine ever, but also its most efficient in terms of specific output. Without turbocharging or supercharging, the flat-plane crankshaft V8 produces 102 horsepower per liter of displacement. The new engine is also the highest-revving V8 in Ford history – with a redline of 8,250 rpm. Unlike traditional V8 engines, the all-new 5.2-liter uses a flat-plane crankshaft more typically found in a Ferrari sports car or in racing applications. The design of this new engine for the Shelby GT350 was optimized using computer-aided engineering and fully digital performance simulations. Millions of intake, cam and Exhaust configurations were iterated before arriving at the optimal combination.




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