nissan gt-r piictures

Chevrolet Corvette Future development

According to Motor Trend GM executives have been planning the next-generation (C7) Corvette since 2007 and have considered front-, mid-, and rear-engine layouts. The car was originally planned for the 2011 model year but will likely launch as a 2012 model. It may be delayed further, depending on the scope of upcoming CAFE regulations.



Chevrolet Corvette


Chevrolet Corvette


Chevrolet Corvette


Chevrolet Corvette


Chevrolet Corvette


Chevrolet Corvette


Chevrolet Corvette


Chevrolet Corvette




Chevrolet Corvette




Chevrolet Corvette


Chevrolet Corvette


Chevrolet Corvette





The C7 will reportedly feature a new next-gen small block from GM that will include technologies like direct injection, aluminum block and heads and a revised combustion system. The engine will retain the class pushrod configuration and will be reduced in size to only 5.5L. Despite the smaller displacement, the new V8 will produce more horsepower than the current LS3. Currently estimates put the horsepower at 440 hp. The engine for the C7 will be part of the new $890 million small block engine program that will be used in vehicles across the GM lineup.


All Review videos and more of:• Infiniti• Mitsubishi• Aston Martin• Isuzu• Nissan• Audi• Jaguar • Pontiac• Bentley• Jeep• Porsche• BMW• Kia• Rolls Royce• Buick• Lamborghini• Saab• Cadillac• Land Rover• Saturn• Chevrolet• Lexus• Scion• Chrysler• Lincoln• Smart• Dodge• Lotus• Subaru• Ferrari• Maserati• Suzuki• Ford• Maybach• Tesla• GMC• Mazda• Toyota• Honda• Mercedes-Benz• Volkswagen• HUMMER• Mercury• Volvo• Hyundai• MINI.and MORE....

Cadillac Escalade Future

General Motors has cancelled the planned replacement for the GMT900 SUVs.


The automotive press has speculated that the Escalade nameplate may move to the Lambda crossover platform.

However, GM has announced it has resumed work on its fullsize SUV's.
Cadillac Escalade


Cadillac Escalade


Cadillac Escalade




Cadillac Escalade


Cadillac Escalade


Cadillac Escalade




Cadillac Escalade


Cadillac Escalade



Cadillac Escalade


Cadillac Escalade


Cadillac Escalade




The Lambda based Cadillac will still go into production however, to compliment the new Escalade.

On February 13, 2010 according to a report on Autoblog.com, GM has reissued an redesign on the GM fullsize SUV lineup, including the Escalade, for a 2013 release due to increased SUV sales.




All Review videos and more of:• Infiniti• Mitsubishi• Aston Martin• Isuzu• Nissan• Audi• Jaguar • Pontiac• Bentley• Jeep• Porsche• BMW• Kia• Rolls Royce• Buick• Lamborghini• Saab• Cadillac• Land Rover• Saturn• Chevrolet• Lexus• Scion• Chrysler• Lincoln• Smart• Dodge• Lotus• Subaru• Ferrari• Maserati• Suzuki• Ford• Maybach• Tesla• GMC• Mazda• Toyota• Honda• Mercedes-Benz• Volkswagen• HUMMER• Mercury• Volvo• Hyundai• MINI.and MORE....

Cadillac XLR-V Specs and Price

The Cadillac XLR-V is the high performance version of the Cadillac XLR. It was first introduced in 2005. It is the successor to the Cadillac Allanté, produced from 1987 to 1993.

Cadillac gave the public its first glimpse of the XLR-V in its Super Bowl commercial, which aired February 6, 2005. Super Bowl MVP, Deion Branch was also awarded an XLR. The car was formally introduced at the 2005 New York International Auto Show.

The XLR-V uses the same Northstar V8 as the STS-V, though output is down somewhat. For the XLR-V, the engine is certified by the SAE to produce 443 hp (330 kW) and 414 lb·ft (561 N·m). The supercharger and four intercoolers are built into the intake manifold. A six-speed automatic transmission, larger brakes from the Z51 Corvette, and 19-inch wheels will also be used.
Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V




Cadillac XLR-V


Cadillac XLR-V


Cadillac XLR-V




The XLR-V can accelerate to 60 mph in 4.6 seconds according to Car and Driver's tests. The magazine also timed it at 11.3 seconds to 100 mph (160 km/h) and recorded a 13.0 second quarter mile at 110 mph (177 km/h). Its top speed is electronically limited to 155 mph (249 km/h).

The XLR-V was introduced in the United States in early 2006 for a base price of $98,000 dollars.



All Review videos and more of:• Infiniti• Mitsubishi• Aston Martin• Isuzu• Nissan• Audi• Jaguar • Pontiac• Bentley• Jeep• Porsche• BMW• Kia• Rolls Royce• Buick• Lamborghini• Saab• Cadillac• Land Rover• Saturn• Chevrolet• Lexus• Scion• Chrysler• Lincoln• Smart• Dodge• Lotus• Subaru• Ferrari• Maserati• Suzuki• Ford• Maybach• Tesla• GMC• Mazda• Toyota• Honda• Mercedes-Benz• Volkswagen• HUMMER• Mercury• Volvo• Hyundai• MINI.and MORE....

The DIY Electric Car

An electric car is very beneficial because it is a substitute for fuel automobiles using electric motors for propulsion instead of usual propulsion techniques like internal combustion engine. Electric cars are exclusively a variety of electric vehicles that are intended for using as a form of road-going automobile. Usually on-board battery packs are a source of their power. Due to the source being electric powered was the possible reason for theelectric cars to be believed as battery electric
vehicles. During the mid-19th and the early 20th century, the electric cars got popular. This was the time when electricity became one of the favored methods for automobile propulsion. This provided a comfort level and ease of operation that the gasoline cars could not achieve at the time.


Most people use DIY electric car kits for converting their cars from gas into electric powered. These kits have gained pretty popularity today because of its advantage for economic and environmental reasons.

Nowadays, there is a hike in oil prices. This economic downfall has forced many people to look for ways to save their money. Electric cars are cheap and does not cost too much for maintaining. One will be able to save money that would have burned in fuel costs. This would reduce the expenses linked with maintenance and repairing a gasoline-powered engine.



One reason is that the global warming is beginning to effect all over the world. Electric cars have no emissions which makes them clean. One can do his part in protecting the environment by using electric cars.

Other benefits that can be achieved from owning electric cars are its excellent top speeds and a quiet drive. Its electric motor does not make noise as compared to gas engines. It also has a benefit during long drives that one does not have to stop at gas stations for refueling anymore.

The conversion process of DIY electric car is really very simple. The idea behind it is to remove the internal combustion engine replacing it with a direct current electric motor. As the engine is not present, all its associated components like the radiator, gas tank, fuel lines and exhaust pipe have to be removed also. Most free spaces in the EV will then be used for storing deep cycle batteries. This is the reason that for choosing the donor car for conversion to an electric car, one has to ensure that there is enough space for batteries as well as good ventilation.

The instructions present on DIY car kits are easy to understand and follow. It would be beneficial to own an electric car and enjoy its benefits which will have a positive impact on the economy and environment.

Crazy Drifting Car Adventures

Top Luxury Cars | First Test: 2010 Audi R8 V-10

What's the difference in the V-10 engines that power the top Audi and Lamborghini's crown prince? As it turns out, not much. Both share the same basic components and architecture: a 90-degree V-angle, DOHC 4-valves per cylinder top end, mostly aluminum construction. The forged-steel crankshaft and connecting rods and forged aluminum pistons providing a 12.5:1 compression ratio are also shared by both sports cars.

According to Volkswagen AG's powertrain head Wolfgang Hatz and Audi's V-8 and V-10 chief Jurgen Jablonski, the differences are subtle and restricted to intake and exhaust details. Engine mapping-combinations of ignition timing, fuel delivery, valve timing, and operation of the muffler bypass valves-differs to give the Lamborghini engine a more urgent and aggressive personality versus the Audi's slightly steadier, more sedate characteristics. Minor differences in the shape of the intake ports and the configuration of the twin intake plenums topping each engine are also present. While exhaust headers are basically the same, the layout of the mufflers differs significantly according to the space available under each car and the auditory flavor desired by each brand.

Lamborghini chose an untamed in-your-face howl that starts early and lasts until the revs run out at 8700 rpm. Audi R8 engineers selected a deeper, less frenetic voice. Stand on the gas in the Gallardo and the V-10 overwhelms the cockpit with an Italian serenade. In the Audi, triggering the throttle hurtles you expeditiously away from a wake roiling with dust and commotion.

The stats tell the rest of the story. The Lamborghini engine tops at with 552 versus the R8's 525 horsepower at 8000 rpm. The more expensive Gallardo also tops Audi's torque with 398 lb-ft versus the R8's 391 lb-ft at 6500 rpm. While both cars are quick, R8 drivers will enjoy a clear view of a rapidly shrinking Gallardo's rear bumper when the green flag drops.

2011 Audi R8 5.2 FSI Specifications and Test Data

Power: 525 hp @ 8000 rpm
Torque: 391 lb-ft @ 6500 rpm

Weight: 3583 lbs
Weight distribution (percent, front/rear): 45/55

0-60 mph: 3.8 sec
0-100 mph: 8.5 sec
0-110 mph: 10.3 sec
0-120 mph: 12.1 sec
0-130 mph: 14.9 sec
0-140 mph: 17.0 sec
0-150 mph: 20.0 sec

1/4 mile pass: 12.1 sec @ 120 mph

Peak acceleration g: 0.87

30-70 mph "passing:" 4.0 sec

70-0 mph braking: 151 ft
Peak deceleration g: 1.19

Power: 525 hp @ 8000 rpm
391 lb-ft @ 6500 rpm

Speed in Gears:

-1st: 48 mph
-2nd: 78 mph
-3rd: 109 mph
-4th: 140 mph
-5th: 169 mph
-6th: 196 mph

Top Luxury Cars | 2011 Chevy Volt - From Show Car to Showroom

The 2007 Chevrolet Volt concept dazzled, even more than General Motors expected. For 2010 production, however, it has to use existing component sets, which naturally make the Volt more mainstream and cheaper to build. The changes also give the car lower drag, more cabin space, and a tighter turning circle. The designer of both vehicles, Bob Boniface, says that concept cars are "not a contract with the general public" and that the commercial product is a much better car. We tend to agree with him. Polarizing design can impress but lose sales. GM needs this car to succeed. So do we all.

From Concept to Production

1 The deeply inset grille and the sharp crease from the lower lamps were terrible for aerodynamics, and the recessed lamps were neither adequate for illumination nor legal.

2 Multiple hard surface-change lines on the front of the concept tended to confuse and retard oncoming air molecules. Smoothing the front end helps aerodynamically and simplifies production.

3 Saab 99-like, the tank-slit wraparound windshield was deemed likely to compete with plans for future Saab products. But GM may sell Saab anyway.

4 The sharp break from windshield to roof was likewise considered too Saab-like, and it was also aerodynamically undesirable, thus the change to uninterrupted flowing glass.

5 Big bulges for oversize - 21-inch - wheels were another drag-increasing styling element that had to go for the production car.

6 The grille shape was retained, but air flows into the engine compartment only through peripheral slots around the grille shield, which retains its diamond texture. Most air enters below the bumper.

7 Headlamps had to be bigger for adequate lighting, and wrapping them around the front end let side markers be incorporated.

8 The impossible-to-clean transparent fairings from the show car have been replaced by painted sheetmetal, which visually extends the height of the side glass.

9 These 17-inch wheels look much like the show car's 21-inch units, but in fact, they have been refined to reduce aerodynamic drag. Small details count when there's not much power available.

10 The continuous sweep of glass from windshield to roof is excellent for aerodynamic drag reduction, but it also gives the car a softer, safer appearance, desirable for a family car.

Top Luxury Cars | New and Future Lexus Cars

 

2011 Lexus LF-A

Recession or not, here I come!

Just like you, we always want to know what's coming next from Detroit, Tokyo, Stuttgart, Munich, Los Angeles, and all the other places where automotive engineers and designers dream and scheme on our behalf. Car companies, of course, are loath to share information on new products lest their competitors try to copy them--or you decide not to buy the cars they already have on dealer lots. Car companies, though, are simply groups of people, and some of them have a hard time keeping secrets. So, we poke, we prod, we cajole, and we uncover information that becomes the basis for our annual Sneak Preview issue. As always, some of our information is educated guesswork based on hints, insinuations, hunches. Make no mistake, though, these cars are on their way, even though details may change. Ladies and gentlemen: our list of 136 cars coming over the next few years Did you think that the worldwide economic meltdown meant that Toyota was canceling its long-planned LF-A supercar project? Think again. The LF-A is a pet project of new chief Akio Toyoda and therefore remains very much on track. In fact, we'll finally see the production-spec car at the Tokyo Motor Show this October, and the V-10-engined coupe will go on sale late in 2010. With the car's development costs ballooning way beyond initial estimates due to increased use of carbon fiber and other exotic materials, a very limited production run is planned. After the LF-A is introduced, the company will take orders for about a year, deliver a predetermined number of cars (fewer than 1000 units is a good guess), and then cease production, going out on a high note. How much money are we talking? Well over $300,000, which puts the LF-A firmly in Ferrari 599GTB Fiorano and Lamborghini Murciélago territory.

Actual performance statistics remain murky at this point, but we know that the LF-A will look essentially like the front-engine concept from the 2007 Detroit auto show, and it will be powered by a V-10 making in excess of 500 hp.

Top Luxury Cars | 2009 Sneak Preview: 2011 Jeep Grand Cherokee

2011 Jeep Grand Cherokee

The first alimony check rolls in.

Ironically, it's only years after the big divorce that the Jeep brand finally benefits from the DaimlerChrysler marriage. An all-new Jeep Grand Cherokee debuts for 2011, and it now shares its underpinnings with the Mercedes-Benz M-class SUV. Better late than never, we suppose.

A new 3.6-liter replaces the previous 3.7-liter as the base V-6. It produces 280 hp and 260 lb-ft of torque (up significantly from the old lump's 210 and 235) and returns 11 percent better fuel economy, thanks in part to variable valve timing. The optional 360-hp, 5.7-liter Hemi V-8 returns to the playground, and both engines are paired with a five-speed automatic transmission and either rear- or four-wheel drive.

An optional Quadra-Lift air suspension (inherited from Mercedes) can raise the Grand Cherokee's ride height, increasing approach, departure, and breakover angles for even more off-road credibility. No longer constrained by the Commander, Jeep's mainstay family hauler has room to grow - and so the new Grand Cherokee is 1.8 inches longer, 3 inches wider, and, most important, rides on a wheelbase that's 5.3 inches longer. That last measurement contributes to a significant increase in rear-seat room, a welcome improvement over today's cramped bench. Jeep promises more soft-touch plastics and a higher quality interior, as well as an available Alpine sound system.

STAYIN' ALIVE, AT LEAST IN SOME FORM: The Grand Cherokee's styling is purely evolutionary, but Chrysler knows not to mess with a good thing - as the company faces extinction, it's Jeep that's most likely to survive.