New York Auto Show: 2011 Mercedes SLS AMG GT3

Mercedes-Benz introduced a new race car during the New York Auto Show earlier today.  The Mercedes-Benz SLS AMG GT3 will be used in competition beginning in 2011.

The 2011 Mercedes SLS AMG GT3 is powered by the AMG 6.3-litre V8 front-mid engine with dry sump lubrication coupled with a sequential six-speed racing transmission steering wheel shift paddles. The 2011 Mercedes SLS AMG GT3 also comes with an multi-disc locking differential integrated in the
transmission. The engine and the transmission of the 2011 Mercedes SLS AMG GT3 are connected via a torque tube within which a carbon-fiber shaft rotates at the engine speed, as in the roadgoing version.

The SLS AMG GT3 features a new new front apron with a splitter, the bonnet with central cooling air vent, wider front and rear wings, sideskirts with cooling ducts for the rear brakes, a rear diffuser and the adjustable rear aerofoil.

That light-weight body is made entirely of carbon fiber, with impressive new aerodynamics including a massive front splitter, rear diffuser and enormous rear spoiler. Compared to the road car, the GT3’s bodywork is two inches wider, enough to accommodate some massive center locking 18×12-inch front and 18×13-inch rear wheels with racing slicks. Inside those wheels is a special composite AMG race braking system with six-piston front calipers and four-piston rear calipers.

The 2011 Mercedes SLS AMG GT3 price was not announced yet, but Daimler mentioned that sales will start in autmun 2010.





Press Release

Automobile fascination paired with spectacular race car design - that is the new Mercedes-Benz SLS AMG GT3. The racing version of the SLS AMG has been conceived as a customer sport vehicle for participation in race series based on FIA GT3 regulations. Meticulous lightweight construction and optimized chassis, brakes and aerodynamics deliver uncompromising dynamics. The extra special SLS AMG will make its race track debut in 2011.

The clean design and breathtaking form of the SLS AMG have been effectively accentuated by targeted modifications to the bodyshell. The new components, made largely from lightweight carbon fiber offer a clear indication of extraordinary race track performance and extensive aerodynamic development work.

From the front, the GT3 race car boasts a new front skirt with enlarged air intakes. The wide opening beneath the characteristic radiator grille bearing the large Mercedes star and the wing-shaped horizontal fins supplies air to the engine oil cooler and brake discs. The same function is served by the two intakes below the vertical bi-xenon headlamps. Downforce on the front axle is provided courtesy of four externally mounted side flics, as well as a carbon front splitter; it runs directly into the smooth underbody panel, which connects to the rear diffuser.

The hood features a central opening for the extraction of heat from the engine, while side openings in the front fenders facilitate air flow through the wheel arches. Weight optimization measures include the application of extremely lightweight polycarbonate for the side and rear windows and, if desired, for the front windshield as well.

The fenders have been widened front and rear to accommodate the large racing tires. With a breadth of 78.3 inches, the GT3 bodyshell is a good 2 inches wider than the series production SLS AMG. The new sills feature openings for cooling the rear brakes, with the smooth underbody visible along the underside of the sills. The B-pillar houses the standardized fuel tank adapter for the rapid refueling system. The 31.7 gallon fuel tank is located centrally behind the driver.

Wide rear carbon spoiler

The rear view of the SLS AMG GT3 is dominated by its imposing width. Above the rear hatch sits a wide carbon fiber spoiler; it is extensively adjustable and facilitates perfect setup to suit individual race track characteristics. The new rear skirt accommodates two openings for extracting air from the rear wheel arches. A further visual highlight is the rear carbon fiber diffuser; it rises smoothly from the rear axle area as a continuation of the smooth underbody, its form adding to the downforce. The overall aerodynamic concept of the SLS AMG GT3 was analyzed and defined through extensive wind tunnel and race track testing.

The black exhaust end pipes deliver a fascinating and, at the same time, characteristic AMG eight-cylinder sound. The regulation rain lamp is integrated into the rear hatch - it must be switched on by the driver in poor weather conditions.

Close to series production AMG 6.3 liter V8 engine

As defined in the FIA GT3 regulations, the AMG 6.3 liter V8 engine is virtually identical to that of the series production vehicle. Thanks to its low weight, the acceleration figures for the GT3 - 3.7 seconds for the sprint from 0 to 60 mph - are considerably below the already excellent figures for the series production vehicle. Depending on gear ratio, the top speed is more than 186 mph.

The AMG 6.3 liter V8 engine uses dry sump lubrication in the racing vehicle, too. The application of a suction and pressure pump, as well as an external oil tank means that the conventional oil sump can be omitted. This technology ensures reliable lubrication of the engine under high lateral acceleration, of the kind usually experienced on the race track.

Dry sump lubrication also facilitates a low mounting position for the V8 power unit - one of the key technological highlights of the SLS AMG. The solution - installing the eight-cylinder as low as possible and as a front mid engine behind the front axle, combined with a transaxle transmission layout - results in excellent weight distribution.

Six-speed racing transmission with sequential shift

In contrast to the series production vehicle, the SLS AMG GT3 is equipped with a six-speed racing transmission with sequential shift. Thanks to its compact construction, the race-tested transmission offers considerable packaging benefits - ultimately, the GT3 version has less ground clearance than the series production vehicle. The driver shifts gear using two shift paddles on the steering wheel. The transmission is mounted directly on the rear axle and connected to the V8 engine via a torque tube, which has a very high degree of flexural and torsional stiffness. This delivers considerable benefits when it comes to dynamics, as this sophisticated solution enables the entire driveline to be laid out with significantly less play. Alongside the traction control, a multi-plate locking differential integrated into the transmission delivers outstanding acceleration characteristics. Inside the torque tube, a drive shaft rotates at engine speed. As in the series production model, and in the Mercedes-Benz C-Class DTM touring car, the shaft is made from carbon fiber.

With its long wheelbase, low center of gravity and wide track, the SLS AMG vehicle concept was predestined for the race track - its strengths include precise turn-in characteristics, first-class agility, low inertia under sudden changes of direction and a high cornering limit.

It required only minimal modification for perfect race track performance. The lightweight aluminum chassis with double wishbone suspension at all four corners has modified kinematics to take into account the lower vehicle height. The array of adjustability options facilitates optimal modification to suit individual race track characteristics and varying weather conditions. As well as the ability to vary the spring and damper setup, there is also the freedom to adjust track and camber, vehicle height and the stabilizers on the front and rear axles.

Like the series production SLS AMG, the GT3 version is also equipped with rack and pinion steering with speed-dependent power assistance. The more direct input ratio facilitates even greater handling agility on the race track.

AMG race braking system using composite technology

Shortest stopping distances, highest stability and optimal control are guaranteed by the AMG race braking system. All four corners feature brake discs in motorsport-tested composite technology. Gray cast iron axial and radial floating discs are fixed to an aluminum hat via stainless steel composite elements. This sophisticated technology enables perfect heat dissipation and thus reliable stability. The SLS AMG GT3 is also equipped with precisely calculated cooling channels - openings in the front skirt and ahead of the rear wheels direct cool airflow over the brake discs. All four brake discs are ventilated, slotted and drilled. Six-pot fixed calipers on the front axle and four-pot fixed calipers at the rear, finished in anthracite with the AMG logo in white, provide plenty of brake pad surface. An anti-lock brake system with special race track settings is fitted as standard. Due to space restrictions, the AMG high-performance ceramic composite brake system, available as an option on the series production vehicle, is not compatible with the 18-inch wheels prescribed by FIA regulations.

The AMG center-locking alloy wheels - 12x18 inches front and 13x18 inches rear - are fitted with racing tires in formats 11.3 x 26.9 inches (front) and 12.4 x 27.9 inches (rear). Depending on the application, the tires are available as profile-free slicks, intermediates or wet weather tires. The classic multi-spoke design aids ventilation of the braking system. Fast pit stops and wheels changes are ensured by the pneumatic lift system integrated into the underbody. Four pneumatic rams raise the GT3 race car by around 7.5 inches, enabling the pit crew to change the racing tires in double quick time.

Interior with racing bucket seat and race steering wheel

On opening the gullwing doors, the SLS AMG GT3 displays a functional interior with a distinctly race car feel. The driver sits in a racing bucket seat fitted with a six-point harness and the HANS system (Head and Neck Support) that fixes the helmet in place in the event of an accident, thus minimizing the risk of injury. Additional safety comes courtesy of the steel roll cage, which also serves to further stiffen the aluminum spaceframe.

A steering wheel with a diameter of 13 inches facilitates perfect vehicle control. Because it is open at the top, the driver always has a perfect view of the central display, which provides all relevant information such as road speed, engine speed, operating temperatures, lap times and gear selection. The steering wheel is fitted with a quick-release mechanism that makes entering and exiting the vehicle considerably easier. The switches on the steering wheel hub enable the driver to activate additional functions such as the pit radio, headlamp flasher and the drink supply. Further operating elements are mounted on the center console and include the start/stop function for the AMG V8 engine, the traction control, reverse gear and - just in case - the integrated fire extinguisher. The control for adjusting brake balance is located on the torque tube tunnel.

The close relationship between the GT3 and its series production sibling is demonstrated by the instrument cluster, with its powerfully taut wing profile providing visual breadth. Integrated into the dash are the highly distinctive air vents galvanized in "Silver Shadow" and with adjustable cross-shaped nozzles - their form evocative of a jet engine.

Deliveries of customer vehicles to start early 2011

The new SLS AMG GT3 has been developed in accordance with FIA GT3 regulations and is entitled to participate in all GT3 race series - including the popular 24-hour races in Spa-Francorchamps, Belgium, and on the Nürburgring in Germany. Interested customers can order the vehicle starting in autumn 2010, with delivery scheduled prior to the start of the 2011 racing season. Homologation will be completed in March 2011.

New York 2010: Lincoln MKZ Hybrid

Ford’s Lincoln brand revealed its first hybrid—the new mid-size 2011 Lincoln MKZ Hybrid—during the press preview to the New York International Auto Show. Lincoln’s premium hybrid is expected to deliver at least 41 mpg US (5.7 L/100km) in the city when it goes on sale this fall.

Lincoln MKZ Hybrid. The combined gasoline engine and electric motor provide 191 net horsepower (142 kW). The pure electric mode on the Lincoln MKZ Hybrid extends to 47 mph (76 km/h). The 2011 MKZ Hybrid also offers a new implementation of FOrd’s SmartGauge with EcoGuide. The interactive technology provides real-time information to help drivers maximize fuel efficiency, and coaches drivers on how to optimize hybrid performance.

These are the SmartGauge with EcoGuide known as the successful interactive technology provides real-time information to help drivers maximize fuel efficiency but also the Lincoln SYNC (Lincoln-exclusive voice-activated communications and entertainment system), 10-way power passenger seat, power driver memory seat settings, heated and cooled front seats, genuine wood trim, reverse sensing system, keyless entry keypad, easy fuel capless fuel-filter, personal safety system, MyKey, integrated spotter mirrors and acoustic laminated windshield.

The PRs at Ford have also prepared an impressive list of standard features and technologies on the 2011 Lincoln MKZ Hybrid, which are either not offered on the Lexus HS 250h or are available only at an extra cost.

via:carscoop






Press Release

LINCOLN INTRODUCES FIRST HYBRID; NEW MKZ HYBRID TO BE MOST
FUEL-EFFICIENT LUXURY SEDAN IN AMERICA

• New 2011 Lincoln MKZ Hybrid expected to be most fuel-efficient
  luxury sedan in America

• Lincoln MKZ Hybrid takes SmartGauge^TM with EcoGuide to
  next level, offering drivers enhanced positive feedback on long-term
  fuel efficiency and driving performance

• More standard luxury, technologies and segment-exclusive safety
  features in the new Lincoln MKZ Hybrid help it top its nearest
  competitor, the 2010 Lexus HS 250h

NEW YORK, March 31, 2010 - Lincoln today introduces its first hybrid -
the new 2011 Lincoln MKZ Hybrid - a premium midsize car poised to be the
most fuel-efficient luxury sedan in America.

Ford Motor Company - America's largest domestic hybrid seller - is
further broadening its aggressive electrification plan and second generation
of hybrid technology with the new Lincoln MKZ Hybrid. The vehicle is
revealed today at the New York International Auto Show.

"Lincoln's hallmarks are design, technology and comfort. Now, Lincoln
also delivers the best fuel efficiency of any luxury sedan in America," said
Mark Fields, Ford's president of The Americas.

Lincoln's first-ever hybrid is expected to deliver at least 41 miles per
gallon in the city when it goes on sale this fall.

The new premium midsize sedan hybrid joins Ford Motor Company's growing
lineup of hybrids, including the Ford Fusion Hybrid - 2010 North American
Car of the Year and America's most fuel-efficient sedan - plus the Ford
Escape Hybrid and Mercury Milan and Mariner Hybrids.

Introduction of the new Lincoln MKZ Hybrid also complements Ford's
aggressive global electrification plan. Ford is introducing five new
electrified vehicles by 2013. They include the Transit Connect Electric in
late 2010, the Focus Electric in 2011, a next-generation hybrid electric
vehicle and a plug-in hybrid electric vehicle (PHEV) in 2012, followed by
another next-generation hybrid electric vehicle in 2013.

The Lincoln MKZ Hybrid's projected fuel economy tops its nearest
competitor - the 2010 Lexus HS 250h - by 6 mpg. It also trumps the Lexus
with room for one more passenger and more standard luxury and
segment-exclusive safety features.

"Today's luxury customers do not want to make sacrifices. Lincoln has
found a way to deliver a luxury sedan with the comforts they expect, the
technology they want and the environmental responsibility society demands,"
said Derrick Kuzak, Ford's group vice president, Global Product Development.

The 2011 Lincoln MKZ Hybrid uses Ford's second-generation hybrid
technology - the 2.5-liter Atkinson-cycle I-4 hybrid engine, named one of
Ward's 2010 "10 Best Engines."

The system combines the best attributes of the gasoline engine and
electric battery-driven motors to deliver optimal performance and fuel
economy.

Industry-leading fuel economy comes without sacrificing power. The
combined gasoline engine and electric motor provide 191 net horsepower.
Plus, the pure electric mode on the Lincoln MKZ Hybrid extends to 47 mph -
compared with the Lexus HS 250h battery-only mode, which reaches just 25
mph.

More standard luxury

The 2011 Lincoln MKZ Hybrid comes standard with features and technologies
that are either not offered on the Lexus HS 250h or are available only at an
extra cost. They include:

• SmartGauge with EcoGuide - Ford's highly successful interactive
  technology provides real-time information to help drivers maximize fuel
  efficiency, and coaches drivers on how to optimize hybrid performance.
  Lincoln takes SmartGauge to the next level of engagement by giving
  drivers enhanced positive feedback on long-term fuel efficiency and
  driving performance through the "growth" of virtual small flowers on the
  system's right-most screen. Lincoln's white flowers, inspired by apple
  blossoms, remain permanently unless long-term fuel economy is reset.

• Lincoln SYNC® - The Lincoln-exclusive voice-activated communications
  and entertainment system provides an omnipresent link to contacts and
  information. In addition to Bluetooth® phone, audible text and MP3
  player capabilities, Lincoln customers also can access Vehicle Health
  Report and 911 Assist^TM.

• 10-Way Power Passenger Seat - This seat is designed to accommodate a
  diverse group of passengers. Memory functions enable passengers to
  fine-tune and recall their positions.

• Power Driver Memory Seat Settings - The driver seat memory feature
  helps ensure personal seating preferences anytime, with the touch of a
  button.

• Heated and Cooled Front Seats - This uniquely engineered system
  delivers exceptional heating and cooling comfort.

• Genuine Wood Trim - In addition to their exquisite appearance, the
  Swirl Walnut and Olive Ash wood trims offered in the Lincoln MKZ Hybrid
  are eco-friendly as well. The veneers come from well-managed forests, as
  defined by strict environmental, social and economic standards, and from
  other rigorously controlled sources.

• Reverse Sensing System - This system senses what drivers might not
  see behind them and relays an audible alert if objects are near, which
  increases in frequency the closer a driver gets.

• Keyless Entry Keypad - This Lincoln-exclusive feature provides
  secure entry at a driver's fingertips. A personal combination holds a
  memory for driver preferences. So if an owner is out for a run and
  doesn't want to take the keys along, the vehicle can be opened with the
  touch of a few buttons.

• Easy Fuel® Capless Fuel-Filler - This Lincoln-exclusive feature uses
  an integrated spring-loaded flapper door to eliminate the need for a
  fuel tank screw cap. That means no more fumbling to remove and tighten
  the cap and less fuel odor on a driver's hands at the pump.

• Personal Safety System^TM - A Lincoln-exclusive suite of
  seven protection technologies works together as a system to help protect
  vehicle occupants. The system includes dual-stage front air bags and an
  occupant classification system to sense whether the passenger seat is
  occupied. It tailors - or suppresses - air bag deployment to help
  provide an appropriate level of protection. It also features the Ford
  Belt-Minder® system to remind front-seat occupants to buckle up.

• MyKey^TM - This Lincoln-exclusive feature allows parents
  to program a key to limit speed and audio volume to encourage teens to
  drive safer and improve fuel efficiency. It also encourages seat belt
  usage, provides earlier low-fuel warnings, and can be programmed to
  sound chimes at 45, 55 and 65 mph.

• Integrated Spotter Mirrors - The traditional side-view mirrors are
  designed with a secondary convex spotter mirror in the top outer corner,
  which provides a view of the driver's blind spot. When traffic enters
  the driver's blind spot on either side of the vehicle, it is visible in
  the secondary convex mirror, alerting the driver of obstacles.

• Acoustic Laminated Windshield - This windshield features a layer of
  sound-absorbent vinyl sandwiched between two sheets of glass, which
  enhances interior quietness.

The Lincoln MKZ Hybrid also includes standard Bridge of Weir leather
seats. The world-renowned luxury leather from Scotland is unembossed,
allowing the natural beauty and character of the grain to shine through. The
leather is milled for up to 12 hours to ensure a soft hand, and Bridge of
Weir uses a chromium-free tanning process, which makes it easier to recycle.

For Sale: Lamborghini LP400 Countach 'Periscopo' 1976

The future of Lamborghini was unveiled at the 1971 Geneva Auto Show with the first public display of the new Countach. The car’s dramatic styling with its trademark scissor doors and low, angular, wedge-shaped body left all onlookers speechless. These first LP400 Countachs however stunning in their design provided virtually no rearward visibility; a periscope-type rear-view mirror was added, lending the name “Periscopo” to the initial Countach series. Just 150 examples of the LP400 were built before the introduction of the LP400S in 1978, making these early examples, with their remarkably clean styling and purity of purpose, highly coveted and sought-after by astute collectors and marque enthusiasts today.


A somewhat rare Lamborghini LP400 has been put up for sale in Huntington Station, New York. The car, painted in Tahiti Blue with Blue/White leather interior, has been listed at $395,000.
The car uses a lightweight 4.0-liter V-12 engine with dual overhead cams that produces 375 horsepower and up to 365 Nm of torque. Mated to a five-speed synchromesh transmission, the engine reaches 100 km/h in 5.6 seconds on its way to a 316 km/h (196 mph) top speed.


This LP400 Countach received a two year restoration completed by marque specialist Ultimate Motorcars, the oldest Lamborghini dealership in the United States. This facility is renowned for the accuracy of its work, in addition to an enviable record of class victories achieved at the prestigious Pebble Beach Concours d’Elegance. During the restoration process, all areas of the car were attended to including the exterior, interior, engine, transmission, suspension, brakes and air conditioning, with truly spectacular results.


Typically, the car would be valued around $80,000, according to several Lamborghini enthusiast websites. However, this car has been thoroughly restored outside and inside over two years. It has won multiple class trophies at the Pebble Beach Concours d'Elegance.


During the restoration process, the noted Lamborghini expert Valentino Balboni inspected this LP 400 on two occasions and a letter from him, attesting to the quality and accuracy of the restoration, is included in the history file.

This is an extremely rare opportunity to purchase one of the finest examples on an LP400 Countach “Periscopo”, the initial version representing the clean, wild design statement of the definitive supercar of the 1970s and ‘80s.
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Sebring Debut: Corvette Racing boss Doug Fehan confirms new 5.5L V8

Corvette Racing 2009 Review: Doug Fehan Q&A
The First in a Series of Conversations with Corvette Racing

DETROIT – Corvette Racing program manager Doug Fehan has seen it all in motorsports, and he had to rely on every element of that hard-earned experience to navigate through a tumultuous 2009 season. In the midst of a global economic storm, Fehan steered Corvette Racing to the team's sixth win in the 24 Hours of Le Mans and the successful mid-year introduction of the GT2 version of the Corvette C6.R in the American Le Mans Series.

Corvette Racing's 10th anniversary season was a year of transition. The championship-winning GT1 Compuware Corvettes secured a seventh win in the season-opening Mobil 1 Twelve Hours of Sebring on March 21, and made their farewell appearance in the ALMS in Long Beach, Calif., on April 18. The curtain fell on the GT1 era on June 13-14 with a GT1 victory in Le Mans, France, as Johnny O'Connell, Jan Magnussen and Antonio Garcia stood on the top step of the podium. Seven weeks later, two new-generation Corvette C6.Rs made their competition debut in the GT2 class at the Mid-Ohio Sports Car Course.


As the team conducted a five-race test program in preparation for a unified GT class in 2010, Corvette Racing posted five podium finishes and notched its first GT2 win at Mosport International Raceway on August 30. In the series' final five rounds, Corvette Racing scored more team and manufacturer points than any other GT2 entry, and O'Connell and Magnussen tallied the most points in the GT2 drivers championship. The season ended with fireworks at Laguna Seca as Magnussen walked away from his battered race car after a high-speed crash on the final lap of the season.

Under Fehan's leadership, Corvette Racing has become one of the world's premier production sports car teams. An ardent advocate for the Corvette cause and an icon for legions of faithful Corvette fans; Fehan received the ALMS "From the Fans" award in 2004, 2008, and 2009. In the following Q&A, he looks back at the 2009 season and looks ahead to 2010.


Q: Looking in the rearview mirror, what stands out in 2009?

Fehan: "There were really two parts to the season – our final races in GT1 leading up to Le Mans, followed by the debut of the GT2 program. Our focus was and will always be the 24 Hours of Le Mans. When GM was going through its restructuring, our greatest concern was that some might not understand the importance and significance of that event. It was a heartening moment when we were able to get past that point.

"In spite of many uncertainties, the team focused its energy on running the first round at Sebring, which we knew would be a great test of the engineering improvements we'd made in the race cars. And then going to Long Beach, we fulfilled the second half of our mission, which is marketing the Corvette and Chevrolet brands and representing our team sponsors.

"Everyone felt the importance of writing the final chapter of GT1 at Le Mans. They dedicated themselves to succeed, and it was absolutely amazing to see them embrace that idea. It fueled their fire because they knew the team was undergoing its most significant challenge, and concurrently they were designing, planning and building the GT2 cars. The preparation was almost as much fun as the race."


Q: And the highlight of the GT2 portion?

Fehan: "The win at Mosport. Watching the new cars' first laps at Mid-Ohio and knowing that we'd be competitive was certainly exciting, but the victory at Mosport was overwhelming. It happened much sooner than we expected, and it showed ALMS fans what they have to look forward to in 2010 with competition between Corvette, Ferrari, Porsche, Jaguar, BMW, and Ford.

"I think by any measure, the GT2 Corvette introduction was successful. Our objective was to focus on Corvette Racing's core strengths: preparation, durability and reliability. We've learned that is what scores points – it's not always the fastest car that wins races and championships. In five events, we had zero mechanical issues, and the cars were on pace. That was very encouraging."


Q: Surely one of the highlights of 2009 was your stunning victory over Jan "The Flying Viking" Magnussen in the Tour de Road America Bike Ride to Fight Cancer?

Fehan: "That certainly ranks right at the top, but in a different category (laughs). We had some fun, and the race benefited a good cause, the Lance Armstrong Foundation. I challenge the pit crews to improve continuously, and the bike race demonstrated to our drivers that there is going to be continuous improvement in their level of physical preparation as well. I mean, they ought to be able to keep up with the program manager!"


Q: On a serious note, what were the lessons learned in Jan's last-lap crash at Laguna Seca?

Fehan: "Unfortunately the hardest lessons you learn in this sport are always safety related. You never want to put your safety systems to the test, but when that moment arrives, it's very reassuring to know that they are validated. That's what we learned at Laguna Seca.

"Initially we had concerns about running an aluminum chassis, and we had concerns about how the roll cage was integrated into the chassis. The force of the impact exceeded 50 g's, and yet Jan walked away. When we analyzed the chassis after the crash, the safety systems worked just as they were designed, and the aluminum chassis did a marvelous job of absorbing the energy and protecting Jan from serious injury.

"The extent of Jan's injuries was a broken tailbone, which we attribute to the seat design. We have redesigned that part to prevent a reoccurrence in the future, so that is the upside of the incident. Despite the severity of the crash, the crew had the No. 3 Corvette repaired and fully operational within a couple of weeks."


Q: What is the status of the GT-spec Corvette customer car program for 2010?

Fehan: "We currently have two customer cars under construction, but we don't yet have confirmed buyers for them. There has been tremendous interest in the GT-spec Corvette C6.Rs, and we think with continued improvement in the global economy, the interested parties will be able to make a commitment. We'd be delighted to see more Corvettes racing in the ALMS or overseas."


Q: While there will be a single GT class in the ALMS in 2010, GT1 will continue in the FIA series and at Le Mans. What's your perspective on the two classes?

Fehan: "A year ago, there was general agreement regarding a unified GT class, which we will see in the ALMS in 2010. The intention at that time was to base the FIA GT1 class on GT cars, with limited modifications to the engine and aerodynamics. Since then, however, Europe has encountered the same economic issues that we have faced in the U.S., and many members of the racing community understandably wish to retain their current cars for financial reasons. Consequently some of the older GT1 cars will now be converted to the new regulations, including several privately owned Corvette C6.Rs, and the ACO has invited these cars to participate at the 24 Hours of Le Mans. As the economic climate improves, I hope that the decision makers will recognize the benefits of running one GT class at Le Mans and other venues."


Q: Corvette Racing will introduce a production-based 5.5-liter small-block V-8 engine in 2010 in place of the 7.0-liter and 6.0-liter engines used previously. What's the outlook for the engine program?

Fehan: "GM Powertrain has completed the initial dynamometer tests of the 5.5-liter small-block V8, and the race team has conducted the first track test with the new engine. We are quite satisfied with its performance level at this point. We plan to continue development and introduce the 5.5-liter engine package in competition at Sebring."


Q: What are Corvette Racing's goals for 2010?

Fehan: "The ALMS GT championship and victory at Le Mans."

Corvette Racing's next event is the season-opening Mobil 1 Twelve Hours of Sebring at Sebring International Raceway in Sebring, Fla., on March 20, 2010. The classic 12-hour endurance race will be televised live on SPEED starting at 10 a.m. ET.
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Hartge upgrades their kit for the 2010 BMW Z4

For the exterior, Hartge has created a new front apron that covers the air inlets, carbon fiber mirror caps, a discreet boot lid spoiler, a wind deflector, pin stripes and a four-piece exhaust system.


Inside, new upgrades are available, starting with a new set of aluminum pedals, instrument cluster and Hartge branded floor mats


Customers can also give the hardtop roadster an even sportier stance with the addition of Hartge's alloy wheels that are available in numerous designs in sizes 18- to 20-inches, and a suspension lowering kit.


After showing us its initial offerings for the new BMW Z4 that were limited to a few alloy wheel options, a dual-pipe exhaust system and a new speedometer, Hartge has taken one step further by releasing a new set of upgrades for the hardtop roadster.


No engine upgrades are available at the moment, but expect next year to see a new engine kit.

via:carscoop

Spyker would preserve Saab product plans, could sell own supercars in select dealers

In a far-reaching interview with AOL Autos this morning, Spyker Cars CEO Victor Muller revealed some interesting tidbits about his company's plan for Saab if they can successfully negotiate for its purchase from parent company General Motors.


In news that will surely be welcomed by Saab dealers and customers, Muller says Spyker has decided it would not pursue plans to winnow Saab's U.S. dealer network from 218 showrooms to 137. In fact, the Dutch businessman suggests that it would be reasonable to expect Spyker to sell its own cars within Saab showrooms in the future (they are presently distributed through Bentley and Lamborghini outlets). Down the road, Spyker's supercars could benefit from Saab's all-wheel drive expertise, among other things.


In a product plan that sounds distinctly like those previously floated by Saab executives in Sweden, the Dutch supercar builder would have Saab rebuild its brand around the 9-3, new-for-2010 9-5, and the 9-4X crossover. An entry-level 9-1 model would not be a consideration, although Muller admits he'd still love to build a production version of 2006's celebrated Aero X concept (shown above). If Saab were to go that route, Spyker's experience in building low-volume supercars would clearly be an asset in bringing it to market.


Naturally, all of this future product discussion will be moot if Spyker and its investors can't get GM to hand over the keys to the perennially embattled brand. A newly extended deadline for sales negotiations to be completed was set by GM on Wednesday, and we should know not long after January 7 what fate awaits the brand.


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