Friday, March 14, 2008

Lotus Seven -Sevens Rule


Mazda Ebrahimi is ruggedly handsome, unfailingly affable, remarkably generous, extraordinarily clever, and certifiably insane. A software engineer by trade, he's also a mad scientist who's crammed a honking Chevy LS1 V-8 that he picked up on eBay into a tiny, open-wheeled, kazoo-shaped kit car loosely based on the spindly Lotus Seven. That alone isn't evidence of lunacy; in fact, it's pretty much par for the course on a steamy July morning in the Smoky Mountains of North Carolina, where the owners of nearly sixty Lotus Sevens, Caterhams, and LSiSs - Lotus Seven-inspired sports cars - have congregated for today's 7-7-7 celebration (July 7, 2007, get it?) of the fiftieth anniversary of Colin Chapman's beloved "four-wheeled motorbike." No, the proof that Ebrahimi ought to be institutionalized is his inexplicable willingness to let me drive his beast on the Tail of the Dragon, a notorious section of U.S. Highway 129 that probably features more picturesque twists - 318 in eleven miles - and vehicular mayhem than any other public road in the country.

My butt is wedged against the aluminum floorboard of his so-called Rotus because the cockpit is too cramped for me to manipulate the pedals with the seat installed. The engine bay and transmission tunnel are throwing off so much heat that I feel like a sausage cooking on a charcoal grill. As we lug along behind a pair of Harleys hogging the sun-dappled, tree-lined two-lane, I sneak a peek at the digital instrument panel - it looks like something out of Microsoft Flight Simulator - that Ebrahimi has fashioned out of a castoff police-issue touchscreen. My goal is to fill the bar graph that displays throttle position on a percentage basis, thereby sampling all of the modified motor's 440 horses. With a good launch, Ebrahimi figures that the Rotus should roar from 0 to 60 mph in 3.5 seconds.

When we hit a rare straightaway, I punch the throttle and hurtle past the bikers. The rear suspension is buckboard-stiff, and the tail lurches violently as the colossal rear tires - 305/35YR-18s from an old Corvette Z06 - claw for traction. I grab third gear. The acceleration is almost disorienting. Am I in a street-legal road car or a rocket ship leaving the launchpad? Wind whips so fiercely through the bathtub-style cockpit that I can feel the skin of my neck flapping like the sail of a tacking sailboat. "You got full throttle that time," Ebrahimi shouts. This, I suspect, is his polite way of alerting me that the next corner is signposted at 20 mph, and if I don't clobber the brakes pretty soon, we're going to end up in Tennessee. In lots of smoking, disconnected pieces.

Like Ebrahimi, I've caught a bad case of what another sufferer calls Sevenitis. It's a rare disease, but it's making the rounds here in North Carolina. The 7-7-7 confab at the Tail of the Dragon is the largest collection of Lotus Sevens and LSiSs ever amassed in this country. It's also the motliest collection, with a mind-boggling array of factory-built and DIY chassis and engines ranging from an antique Datsun and obsolete, British-spec Fords to a Vauxhall race motor and blown Honda S2000 twin-cams making north of 300 hp. (In a car that weighs a tick more than 1300 pounds, this translates into a power-to-weight ratio that's half again as good as a Dodge Viper's.)
As I watch the unfendered front tires of Ebrahimi's Rotus rise and fall on the A-arms he designed after modeling them in a computer program he wrote himself, I find myself wondering whether Chapman is dancing a jig in sports car heaven or spinning in his grave faster than the 12,500-rpm redline of the Yamaha R1 motorcycle engine powering the Locost - and, yes, that's a marque, not a typo - fashioned by Paul Brocious and his father, Terry, out of square tubing, the dregs of an '87 Mercury Cougar, and seats from a Pontiac Montana.

Chapman was a freethinker whose iconoclastic genius underpinned watershed designs such as the Lotus 25 (the first monocoque Formula 1 car) and the Lotus 78 (which heralded the ground-effects age). But the Lotus Seven, the bare-bones production version of a kit car designed while he was working as a civil engineer, was the ultimate expression of his famous dictum: add lightness. Featuring an ingeniously triangulated tube frame, the Seven was essentially a road-going formula car with crude two-seat bodywork, which made it perfect for road racing and spirited motoring. The car debuted in September 1957, and in one form or another, it's been in production ever since. "It's the ultimate sports car," says Scott Nettleship, who owns a 1970 Series IV finished in traditional Lotus livery, "and it's utterly impractical for anything other than having fun."

For Chapman, the Lotus Seven was just the beginning. As he raised his aspirations - to F1, to exotic cars, even to boats and airplanes - he lost interest in the homely, low-buck, no-tech Seven, which was, in many respects, the polar opposite of the glossy engineering sophistication that Lotus came to symbolize. After developing four iterations over sixteen years, he was ready to toss the car on the junk heap. And there it would have rusted were it not for Graham Nearn of Caterham Cars, the patron saint of the Seven. In 1973, Nearn bought the rights to the car, and while no components are carried over from the Lotus years, Caterham remains the "official" manufacturer.
But the Seven is as much a concept as it is a car, and the template for a long-hood, short-deck roadster with cycle or clamshell fenders and exposed headlights has taken on a life of its own. Although Caterham zealously guards its intellectual property - it's gone to court almost as often as Law & Order prosecutor Jack McCoy - dozens of small firms have sprung up to pursue their own vision of what's sometimes referred to as the Se7en. LSiS manufacturers are all over the map in terms of geography and resources, and with production numbers ranging from a few dozen a year to one a century, design, engineering, and build quality vary widely.

If authentic Lotuses and Caterhams are at the top of the food chain, then the accurately named Locosts are at the bottom. Based on plans published by Ron Champion in his subversive classic, Build Your Own Sports Car for as Little as £250, Locosts tend to be shade-tree specials that reflect the talents, or lack thereof, of their builders. Mark Rivera and Jeff Underwood engineered their cars - fitted with a turbocharged Miata and a Yamaha R1 engine, respectively - primarily for autocross duty, and both of them go like stink. But Jon Winterhalter's principal goal was building a car for less than $2000, and he and his son, Andrew, managed this unlikely feat by doing their own metalwork (hence the lumpy aluminum nose-cone) and cannibalizing as much as they could from a junkyard BMW 320i. "I call it redneck engineering," Winterhalter declares in a parking lot filled with pristine Sevens, loudly wondering why anybody would spend ten, twenty, or even thirty times as much as he did.

Sponsored by the marque-inclusive USA7s Club and organized largely by the indefatigable Al Navarro, 7-7-7 has drawn numerous "mainstream" LSiS manufacturers to the Dragon, and Westfield, Birkin, Brunton (Stalker), World Class Motorsports (Ultralite), and Deman are represented with cars that feel rock-solid. I drive a lovely orange Westfield that evokes memories of my Spec Miata, but with half the mass. Meanwhile, a Deman powered by a turbo-charged SR20DET - the JDM fave of the drift crowd - and a Super Stalker motivated by a supercharged Pontiac V-6 are both wild enough to cause my head to slam off the race seat with every upshift.
Each manufacturer offers its own selling points. Generally speaking, Caterhams are the priciest models on the market. They're beautifully finished, often trimmed in carbon fiber, with narrow lines and trim dimensions. The most common modern engine choice is the Ford Zetec, which makes anywhere from 150 to 230 hp. A hot-rodded Caterham will traverse an autocross track faster than anything short of a formula car packing JATO rockets. You want power oversteer? Tickle the throttle. Neck-stretching stopping power? Hammer the brakes. In switchback sections, the car changes directions quickly enough to make your eyeballs spin.

But you really don't need much power to get your groove on in a Seven. Chapman's original formula - minimizing weight and maximizing mechanical simplicity - adds up to a remarkably pure car that raises the prosaic act of driving to something approaching a religious experience. I take a spin in Tim White's Birkin, which is fitted with a 1.5-liter Datsun four-banger with a pair of mesh-covered SUs peering out from the aluminum hood. It's not stunningly quick, but all the inputs are so direct, and the bark of the exhaust sounds so good, that I don't want to give it up after a run over the Dragon. "It is an absolute hoot to drive," White confirms. "And you don't have to be hauling ass to have fun."
Other than having fun, there's no sensible reason to own a Seven. And unlike a Ferrari or a Porsche, it doesn't come with much cachet: Owning a Seven won't impress your neighbors; it'll just convince them that you're weird. As with any cult, there's a certain appeal to being part of a select group of cognoscenti. But as I chat with owners, I realize that Sevenitis isn't a sickness. It's a passion, not so much for the cars but for what the cars allow them to do, which is to drive con brio, whether it's slicing through the esses at Road Atlanta or motoring briskly along the undulating roads crisscrossing the Carolina foothills.

"I drive it almost every day, unless there's snow or ice on the road," says electrical engineer Cherik Bulkes, who drove his 1999 Caterham - which has 68,000 miles - to the event from his home in Wisconsin. "My personal cutoff is 25 degrees Fahrenheit. Your question shouldn't be, 'Why did I drive my car here?' It should be, 'Why did the others trailer their cars?' Why on earth would anybody miss an opportunity to drive such a wonderful car?"
On Saturday evening, the Se7ens gather for a group photo that's both a postcard image of sports car nirvana and a documentary record of group psychosis. Afterward, the cars slowly peel off, carrying their owners to dinner or a last blast over the Dragon, until only one car is left. Fittingly, it's the oldest participant at 7-7-7, a right-hand-drive 1958 Series I, chassis number 487 - the model run began with number 400 - built in the original Lotus works in Hornsey, England. The green paint is chipped, and the aluminum hood bears the patina of a half-century of energetic use. A tent and a sleeping bag are bungee-corded to the rear deck.

The owner, James Wilson, is a graphic artist with a white beard and genteel manners. Back in the day, he raced Austin-Healey Sprites, Formula Fords, and Sports 2000s. Now, he satisfies his jones with his largely unrestored Series I. "It embodies everything I fell in love with when I was a ten-year-old kid," he recalls. "It's friendly. It's quick enough to be interesting. It's timeless. It's the quintessential sports car."
At the moment, I'm driving a 2007 Lotus Elise, which is as close as you can come to a modern take on Wilson's classic. The Elise is a wonderful machine - wicked fast, reasonably comfortable, a paragon of utility compared with the Seven. But I doubt it will be venerated, much less still in production, fifty years from now. And as I watch Wilson motor off, with the fading light glinting against the spokes of his wire wheels and the blatty exhaust of his low-revving four-pot Ford echoing among the hickory and magnolia trees, I realize that as long as people drive cars for pleasure, there will always be a place for Lotus Sevens and their derivatives. And come 7-7-2057, I wouldn't be surprised if dozens of survivors reconvened at the Tail of the Dragon to mark the centennial of Chapman's four-wheel motorbike.


FOUR ENGINES, ONE SEVEN

TWIN-CAM FORD 1600The engine of many early hot-rodded Sevens, this classic street/race motor gives Viviani's Caterham plenty of pop along with authentic period feel.

NISSAN SR20DETThis turbocharged beast, commonly found in drift machines, puts out nearly 500 hp and reportedly propelled Bob Drye to 60 mph in 2.7 seconds.

DATSUN A15Longtime Datsun junkie Tim White fitted his Birkin with a 1.5-liter engine out of a Datsun 210. Fuel delivery is controlled by a pair of SU carburetors.

HONDA F22CThe engine powering Chuck Spera's Ultralite is normally found in a Honda S2000. Supercharged, in Kevin Boulton's screamer, it makes 300 hp.
Miata + Kit = FM Westfield
Dropping a Japanese four-banger into a Lotus Seven - style chassis is hardly a new concept, but using the steering gear, suspension, brakes, final drive, and even the instrument cluster from a first- or second-generation Mazda Miata to get the vintage Lotus experience is. The gang at Flyin' Miata in Grand Junction, Colorado, sells a kit - sourced from Westfield in England - for about $17,000 that allows you to build a Lotus Seve - inspired sports car using cannibalized Miata bits. And even if you don't own a clapped-out Miata that you want to use as the sacrificial lamb, you can buy all the Mazda parts you need to complete the Westfield kit for as little as $2800. Flyin' Miata will assemble the kit for about $5000, or you can do it yourself.

The result is a car that causes grown men and women to giggle like school children. At 1310 pounds, the FM (Flyin' Miata) Westfield weighs an impressive 1000 pounds less than a Miata, so, even when fitted with a stock 130-hp Mazda engine, the FM boogies to 60 mph in less than six seconds. As for top speed? We only saw about 100 mph because, at that rate, it felt as if the turbulence was pulling our brains out through our ears.
Clearly, the FM is not a car for the casual enthusiast. A Lotus Elise is about thirty times more refined (and about thirty times quieter). That said, the Westfield's simple, lightweight design helps give it a decent ride despite its modest structural rigidity and dampers that aren't tuned for choppy road surfaces. Naturally, it's on a racetrack where the Westfield really shines. Push through the initial understeer, and this featherweight assumes a perfect, slightly tail-happy cornering attitude that is easily adjustable with a wiggle of your big toe or a flick of your wrists. After driving the FM for a few laps around Waterford Hills Raceway near Detroit, it seemed like every other car we flung around the track was as overweight and sluggish as a fat man ambling up for his fourth helping at Old Country Buffet.

Tesla Roadster



The future of the automobile comes into sharp focus as I shiver on the shoulder of a damp road in Northern California, waiting for technical editor Don Sherman to make his first 0-to-60-mph pass in a Tesla Roadster - a preproduction version of the svelte, $100,000 electric two-seater powered by 6831 laptop-computer batteries and the collective enthusiasm of an intrepid band of Silicon Valley engineers and green dreamers the world over.
Sherman puts the car in gear and mashes both the brake and accelerator pedals. Unlike conventional reciprocating engines, electric motors make maximum torque at zero rpm. With 211 lb-ft straining against the firmly clamped brake rotors, the Tesla emits a weird mechanical groan, a cross between a mortally wounded ship sinking to the bottom of the ocean and the prefight keening of a kung fu master in a cheesy chop-socky flick.
When Sherman releases the brake, the gracefully rounded rear end of the Tesla squats and the fat rear tires spin on the slick pavement. The car leaves the line sideways, launching like an Indy car slithering out of the pits. Then I hear another unexpected sound - the puny squeal of the horn, which Sherman is squeezing inadvertently as he slaps on an armful of opposite lock. ("I was hanging on for dear life," he reported later.) Finally, the tires hook up, and Sherman rockets past 60 mph - and past 100 mph, for good measure. And as he dematerializes into the fog, I find myself thinking, "Sweet!"

The Tesla Roadster isn't going to save the planet. It's not going to redefine the automobile. The earth won't spin off its axis if and when the first cars come off the production line as scheduled later this year. I mean, we're talking about a projected 2008 model year run of 600 units. Toyota cranks out that many Corollas in a morning. So this isn't an electric Ford Model T. It's more like a glorified science project. A tree-hugger's wet dream. A geeky curiosity to display next to the solar-powered toothbrush and organic Twinkies, right?
Wrong. As wrong as a Toyota Prius on a Formula 1 grid. Or Ed Begley, Jr., channeling Steve McQueen in a remake of Le Mans.

Not only is the Tesla the first genuinely eco-friendly vehicle to deserve a spot in any self-respecting car guy's fantasy garage, but it's also the first car to make a plausible case for all-electric personal transportation in the not-too-distant future. Oh, sure, the haters will tell you that the Tesla Roadster is powered mostly by hype, that nothing with a top speed of 125 mph deserves to be called a supercar, that it's merely a high-voltage version of the Lotus Elise built by an underfunded start-up masquerading as a grown-up car company.
So here are a few things you ought to know about the Tesla: With the equivalent of 248 hp and 211 lb-ft of instantly available torque, the car we tested surged to 60 mph in 4.7 seconds - in damp conditions. Al-though it is, in fact, based on the Elise, the highly modified Tesla is more refined in every way. And despite the addition of the 1000-pound battery pack, the Roadster is everything a sports car ought to be - agile, responsive to driver inputs, and rewarding at speed.

But best of all, it's right here, right now. This isn't a piece of Silicon Valley vaporware or a show car made out of balsa wood and duct tape. Sherman and I flogged a pair of Teslas - prototypes 19 and 20 - around the twisty roads between San Jose and San Francisco for the better part of a day, and neither car missed a beat. The experience made a believer out of me. And I'm convinced that it'll do the same for any car enthusiast who gets a chance to drive one.
Does this mean you ought to start shorting stock in companies selling conventional cars? Hardly. The Tesla's range is limited to about 220 miles - less if you plan to play hooligan. The battery packs are outrageously expensive, and longevity is an open question. Starting at $98,950, the Roadster is obviously too pricey to change the world. And while Tesla is developing a sedan to compete with the BMW 5-series and the Mercedes-Benz E-class, the company isn't merely a minnow by automotive standards. It's an amoeba.
"Getting to this point has been a remarkable achievement," says auto analyst and consultant John Casesa. "But the viability of the company has a lot to do with economies of scale, brand development, and distribution networks. And assuming that their technology doesn't turn out to be completely proprietary, then they're going to come up against a lot of the traditional automobile companies. In addition to maintaining its intellectual and technological leadership, the company is going to face some large industrial challenges."

Electric cars have been coming off the drawing boards - and dying in the marketplace - for more than a century. In fact, most of the conference rooms in Tesla's offices in San Carlos are named after failed electric car companies. (Irony or hubris? You make the call.) In recent years, of course, the most notorious failure was General Motors' EV1, which was killed not, as filmmaker Chris Paine and conspiracy theorists maintain, by a greedy, shortsighted car company but by batteries - first lead-acid and then nickel-metal-hydride - that compromised its range. But the development of more potent lithium-ion batteries, commercially available since the early 1990s, offered new hope to electric car devotees.
Tesla Motors was founded in 2003 by Silicon Valley entrepreneurs Martin Eberhard and Marc Tarpenning. After striking out with venture capitalists, they found a sugar daddy in multi-millionaire Elon Musk, cofounder of PayPal and CEO of the space exploration firm SpaceX. (To date, he's provided $37 million of the $105 million raised by the company.) Their first major hire was chief technical officer JB Straubel, a young engineer who'd independently started developing an electric vehicle powered by thousands of lithium-ion laptop batteries.

Tesla is in business not to make a statement but to make money. So instead of pandering to hair-shirt environmentalists with a bland, anemic, painfully practical piece of minimalist transportation - what the company calls "a punishment car" - they opted for an aspirational vehicle designed to be an object of desire. To speed development, Tesla based the Roadster on the Elise and hired Lotus to build it at its plant in Hethel, England. Inevitably, the Roadster looks a lot like an Elise. But Musk gets irritated when I suggest that the Tesla is just a glorified kit car. "Only ten percent of the parts come from Lotus," he insists. The exterior design is more conventionally handsome than the insectlike Lotus. The chassis is two inches longer and stouter, primarily to accommodate the battery pack, and the doorsills are lower to make it easier - "easier" being a relative term - to get into and out of the car. Although still tiny and light on amenities, the cockpit is roomier and better-appointed than a Lotus, with leather upholstery and a carbon-fiber center console replacing the molded plastic found in the Elise.
After levering myself inside and wedging into the driver's seat, I start the car. (Traditional terms such as "crank the ignition" and "bury the throttle" don't apply.) A Technicolor display of warning lights briefly illuminates the screen. Then . . . nothing. No sound. No vibration. No signs of life whatsoever. Very spooky.
"Is it on?" I ask Darryl Siry, Tesla's vice president of sales, marketing, and service, who's riding shotgun.
"Just put it in gear," he tells me.
Getting into gear - literally - has been Tesla's biggest headache. The electric motor is torquey enough to get by with a single-speed transmission, but a one-gear-for-all approach won't produce the sort of gaudy 0-to-60-mph numbers that cause enthusiasts to drool. So early on, Tesla opted for a two-speed transmission, which posed a vexing engineering challenge when mated to an engine redlined at 13,000 rpm. The huge gap between ratios has created an intractable problem, and Tesla is already working with its third gearbox vendor.

Unfortunately, the car I'm driving (as opposed to the car Sherman tested) is fitted with an old transmission, so first gear isn't an option. As I ease out of the parking lot, I get an unmistakable golf-cart vibe. Not good, I think. Who the hell wants to pay $100,000 to feel like they're scooting across a fairway at Leisure World? But when I put the hammer down, the Roadster leaps forward. I wait for the motor to run out of steam so that I have to grab another gear. But it just keeps on pulling and pulling and pulling, feeling more like a jet doing a takeoff roll than a dragster doing a quarter mile.
The other big surprise is the sound. I'd expected the car to be silent. And sure enough, it's quiet enough that I can make out squeaks and rattles as the chassis flexes. But under power, I also hear the electric motor, and the whine gets pretty annoying at elevated rpm. "We had to ask ourselves, what noise should the car make?" says Malcolm Powell, VP of vehicle integration. Even if Tesla could fake it, the canvas-ripping shriek of a Ferrari V-12 wouldn't make sense for an electric car. Who knows? A generation from now, the high-pitched drone of an electric motor at redline may be music to the ears of car enthusiasts.
Not this one, however. And at the risk of sounding like an old fogy, I have to admit that I'm nonplussed by the one-speed transmission. Intellectually, I understand that it's easier than a conventional multispeed job. But I like shifting gears. Blipping the throttle on downshifts and heel-and-toeing under braking are two acts that connect us to our cars and enhance the driving experience. Maybe this won't matter to kids who grew up playing Gran Turismo on their PlayStations and watching in-car video from paddleshift F1 cars. But old-school sports car aficionados ought to be forewarned.

On the other hand, my fears that the weight of the massive battery pack would compromise the character of the car turn out to be unfounded. At 2700 pounds, the Tesla is one-third heavier than the Lotus, and it lacks the Elise's feral ability to claw down to apexes. But the unassisted steering is nicely weighted and gratifyingly direct, and the car corners with the aplomb of an authentic sports car. Granted, the ride-and-handling engineers have dialed a fair amount of understeer into the suspension, but with 65 percent of the weight at the rear and no stability control, this probably isn't a bad idea. Light as it is, the car stops reasonably well (and charges the battery during braking).
But for all of its sporty characteristics, the Roadster is by no stretch of the imagination a track-day car. In fact, the air-cooled motor and power electronics will quickly overheat and lose power if the car is used for this purpose. Unlike the Elise, which was created to replicate the Schuey-does-Silverstone experience, the Tesla is tuned for a grand touring ride, and the compliant springs-bars-and-dampers package means that it could be driven comfortably for hundreds of miles at a time - except, alas, that the batteries would run out of juice before you got nearly that far.


Tesla claims an anticipated range of 220 miles. But that is very much a best-case scenario. According to a digital readout to the left of the steering wheel, the charge plummets each time I nail the accelerator for an extended stretch. If you plan to use the Roadster to see how close you can come to getting your license revoked, then don't expect more than 180 miles of primo performance. Of course, if worst comes to worst, you can score an emergency refill - with the optional mobile charge kit - by plugging into a three-prong household socket. The quickest charge takes between three and three-and-a-half hours when connected to a 70-amp, 240-volt circuit.
Gearbox woes notwithstanding, batteries remain the biggest technical question mark about the Tesla. At the moment, nobody knows how long the battery pack will last, and replacement costs - currently in the neighborhood of $20,000 - are bound to be expensive even if, as expected, prices drop dramatically. Service is another thorny issue. History suggests that there will be plenty of squawks with a brand-new boutique car, especially one incorporating so much new technology, yet Tesla stores will be few and far between.
Thus far, Tesla has been a happy-face avatar of the brave new world of green machinery and a darling of the environmental set. (George Clooney and Matt Damon are among the A-list celebrities who've ordered Roadsters.) But this past year has brought negative publicity in the form of production delays and downgraded speed, range, and redline benchmarks. Then, in December, Eberhard was booted out of the company he'd founded. His successor as CEO, Ze'ev Drori, a semiconductor pioneer and club racer, is an intriguing choice who plays to Tesla's strengths. Still, some observers think the decision to go with a Silicon Valley icon rather than a car-industry veteran reflects a dangerous cocktail of naïveté and arrogance, and it's not hard to imagine executives in Detroit rubbing their hands with glee at the prospect of seeing this fledgling know-it-all pull a De Lorean.
The car industry is a tough business, and it has ground up and spit out companies that were much larger, more established, and better financed than Tesla. But even if Tesla turns out to be history before too long, the future is now for electric vehicles, and anybody who thinks otherwise will be convinced by a few minutes of seat time in the Roadster.

Pontiac G8 Sports Truck


More than twenty years after the death of Chevrolet's famous El Camino, General Motors is giving Americans another chance to own a new car-based pickup. But like Pontiac's defunct GTO, this icon returns with a bit of an Australian accent.
And it won't get the El Camino badge.
Previewed at the 2008 New York auto show, the 2010 Pontiac G8 sport truck is essentially a lengthened G8 sedan - sans a back seat and trunk. Instead, GM's performance division worked a truck bed onto the G8's body, which first originated in Australia as the Holden Commodore. And like the G8's Holden cousin, the sport truck has already been an overseas hit as the Holden Ute.

Powered by the same 6.0-liter V-8 engine in the G8 GT, the sport truck (a temporary label for the vehicle, consumers can choose the Pontiac's final name at http://www.blogger.com/) will put out 361 hp and 385 lb-ft of torque. Mated to a six-speed automatic transmission, Pontiac says the G8 sport truck can blast from 0 to 60 mph in 5.4 seconds - almost a half second quicker than the G8 sedan.

Covering the 74-inch cargo bed with an available tonneau cover should help improve track times, but for those wanting a true American "Ute" work-car, the cargo bed will hold a little more than one-half ton and the Pontiac can tow up to 3500 pounds. To handle extra weight, GM stretched the G8's wheelbase by four inches, adjusted the rear suspension, and reinforced the G8's key structure areas with 60 new components.
However, there aren't many new components inside the G8 sport truck's cabin. Drivers will notice the same dashboard, controls, and options that adorn the G8 sedan, as well as 8.5 sq-ft of additional storage space behind the front seats.

We expect the sport truck could get Pontiac's G8 GXP treatment - a 402-hp, 6.2-liter V-8 engine - as early as the 2011 model year. This, of course, provided it doesn't speed to the fate of its forefather El Camino.
The 2010 sport-truck-to-be-named-later will arrive in showrooms in late 2009.

Pontiac G8 GXP


Pontiac's growing GXP lineup has just gained a flagship. The enthusiast division will show a higher-performing G8 at the 2008 New York auto show.
The baddest Holden-turned-Pontiac gets GM's 6.2-liter LS3 small-block V-8, producing 402 hp and 402 lb-ft of torque - 41 hp and 17 lb-ft more than the L76-powered G8 GT. Pontiac predicts a 0-to-60-mph time of 4.7 seconds, with the quarter mile taking 13.0 seconds at 108 mph.

The GXP comes with the six-speed automatic transmission found in the G8 GT but adds a three-pedal option with a Tremec TR6060 six-speed manual. A limited-slip differential is standard, as are Brembo brakes.
Exterior changes are subtle and include revised front and rear fascias. Nineteen-inch polished and machined aluminum wheels are tucked neatly under the G8's flared fenders. Inside, passengers will be greeted by bolstered GXP-embroidered seats.

Pricing hasn't been announced yet, but we expect the GXP to come in right around $35k. For those looking for less power and a similar reduction in weight, Pontiac is also showing a G8 sport truck in New York that will arrive for the 2010 model year.



25 most Beautiful Cars Ever


1935-1939 Alfa Romeo 8C2900
Designed by Amedeo De Micheli and Giovanni Rossi
Considered by many to be the first supercar, the Alfa Romeo 8C 2900 was a grand prix winner you could buy for yourself. At the outbreak of World War II, this was the ultimate sports car, powered by a twin-supercharged straight eight. Most of the cars wore bodies by Touring or by Alfa Romeo itself. Here we honor the Alfa-bodied spiders, but all 8C 2900s are held in such esteem by collectors that on the rare occasion when one comes on the market, a seven-figure sale price is virtually guaranteed.


1952-1955 Bentley R-type Continental
Designed by J.P. Blatchley
The graceful lines of the two-door fastback Bentley R-type Continental are the result of a close collaboration between the Crewe, England, factory (principally chief project engineer Ivan Evernden and stylist J. P. Blatchley) and coachbuilder H. J. Mulliner, which provided the coachwork for 193 of the 208 cars built. Aerodynamics and light weight were high priorities; the R-type was constructed with aluminum body panels, window frames, and bumpers. Reserved exclusively for export from Britain, the R-type Continental was one of the fastest--and most expensive--cars in the world when new.


1971-1975 BMW 3.0CS/CSi/CSL
Designed by Wilhelm Hofmeister
The CS coupe was styled in-house by Wilhelm Hofmeister (of the eponymous Hofmeister kink) and his team, but it appears to have been heavily influenced by the Bertone-designed 3200CS. Unfortunately, the complex, Karmann-built bodies were known for rusting almost immediately. The CSL version (Coupe Sport Light) saved more than 400 pounds over the standard CS through the use of an aluminum hood, trunk lid, and doors; Plexiglas windows; and less sound insulation, among other details. The first and perhaps the most attractive of the famed BMW Art Cars was Alexander Calder's CSL--which actually raced in the 24 Hours of Le Mans in 1975.


1937-1938Bugatti Type Atlantic
Designed by Jean Bugatti
The Type 57S Atlantic coupe was based on the Arolithe show car, which was built of magnesium and aluminum. Since those materials couldn't be welded or brazed, Bugatti externally riveted the Arolithe's body, creating the signature seam down the middle of the car. The three production Type 57S Atlantics were built solely from aluminum, but the seams along the roof and the fenders were retained for style.


1963-1965 Buick Riviera
Designed by Bill Mitchell, Ned Nickles
In Jerry Flint's The Dream Machine, Bill Mitchell recounts the inspiration for the Riviera: "It was in London, a foggy night. I was in front of the Claridge, and out of the fog comes this Rolls." The sharp-edged corners coming up through the mist suggested the outline of a new car: the Buick Riviera. The Riviera was initially proposed as the La Salle II, for Cadillac. When Cadillac didn't want it, it was offered to Buick, Oldsmobile, and Pontiac. Buick fought hardest and won.



1938-1941 Cadillac 60 Special
Designed by William Mitchell
Compared with the tall, rounded, stodgy sedans of its day, the Cadillac 60 Special was lithe, clean, and elegant. Its flat roof and thin, chrome-outlined window frames were influenced by the French Panhard 6CS Panoramic, but shorn of running boards and with an extended, coupelike trunk blended into the body, the 60 Special was far more interesting. When design boss Harley Earl first pitched the radical car to the GM board, they resisted. CEO Alfred Sloan wasn't in the meeting, but he was known to like the car, according to Michael Lamm and Dave Holls' A Century of Automotive Style, so an exasperated Earl at last turned to them and said, "What will I tell Mr. Sloan when he asks me?" With that, Earl got the 60 Special approved.


1963 Chevrolet Sting Ray
Designed by Lawrence Shinoda
The 1963 Corvette coupe, the Cindy Crawford of sports cars, would be just another fair fastback without its cleft rear window. GM design boss Bill Mitchell used the thin band of bodywork to sweep his signature windsplit from the top of the windshield to the tail--and to assert his dominance over Corvette chief engineer Zora Arkus-Duntov, who hated it. (It was gone for '64.) The split rear glass was considered a radical design gesture in its day, but Corvette stylists experimented with even more extreme proposals. One sculpted in 1957 by Peter Brock, code-named the Q-Corvette, featured doors that hinged up and forward from a split windshield.



1947-1952 Cisitalia 202 Coupe
Designed by Pinin Farina and Giovanni Savonuzzi
Cisitalia founder Piero Dusio gave the following instructions to his engineer Giovanni Savonuzzi: "I want a car that is wide like my Buick, low like a grand prix [racing car], comfortable like a Rolls-Royce, and light like our single-seater D46." The talented Savonuzzi sketched out the 202 coupe, and the project was then given to Pinin Farina. The production design was so well received that in 1951, only four years after first coming to market, the Cisitalia 202 entered the Museum of Modern Art. It remains part of MOMA's permanent collection.


1936-1937 Cord 810/812
Designed by Gordon Buehrig
Gordon Buehrig was working for General Motors in 1933 when design chief Harley Earl staged a competition to style a futuristic four-door sedan. Buehrig came up with a coffin-nosed sedan with headlights hidden in the pontoon-shaped front fenders and no conventional grille--directly contradicting Earl's belief that the face of a car was its most important aspect. Buehrig finished dead last in the competition. Shortly thereafter, Buehrig went back to work at Duesenberg (where he'd been employed between 1929 and 1933) and used his rejected design as the basis for the Cord 810. Introduced in November 1935, the radical, front-wheel-drive, V-8 810 (called the 812 for 1937) went on to win several design awards.


1964-1968 Ferrari 275GTB,GTB/4
Designed by Francesco Salamone
In 1922, Battista "Pinin" Farina beat Enzo Ferrari in a hill-climb. Decades later, the old rivals began one of the auto industry's most fruitful collaborations. Pininfarina--after 1961 the legal name of both the man and his carrozzeria--ended up contributing striking coachwork to many of Ferrari's road cars. The Ferrari 275GTB, designed by Pininfarina's Francesco Salamone, was panned by critics as dull and dreary when it debuted at the 1964 Paris show, but time has proven them wrong. The last Ferrari grand tourer to be blessed by Pinin's touch is now revered as one of the sexiest car sculptures ever created.


1968-1974 Ferrari 365GTB/4 Daytona
Designed by Leonardo Fioravanti
Leonardo Fioravanti was responsible for many splendid Ferraris as design director for Pininfarina, but his masterpiece was surely the Daytona. As a racing car, it placed well at Le Mans, and it also distinguished itself as a rally car, although the big machine must have been a handful on narrow roads. In both open and closed form, it was genuinely practical for touring. Its lines were aped by Rover for the SD-1 sedan and by Chevrolet for the Vega-based Monza coupe, but only the original has the grace, tempered aggression, and suave beauty that make it a classic.


1968-1979 Jaguar XJ6
Designed by William Lyons
Great cars do not necessarily spring forth from a designer's imagination fully formed like some kind of Greek goddess. When the Mark X sedan flopped in the States in the early 1960s, Jaguar chief executive Sir William Lyons, as always, looked around to see what people were buying instead. He took the 1963 Buick Riviera as the inspiration for a four-place GT car, which he later turned into a sedan, adding mix-and-match Jaguar styling elements. When the XJ6 launched in 1968, it garnered almost universal acclaim as the most beautiful car in the world. The car's gorgeous shape endured in production until 1979, and its lithe elegance has influenced every Jaguar since.


1949-1954 Jaguar XK120
Designed by Sir William Lyons
Although clearly influenced by the Touring-bodied BMW 328 Mille Miglia, the Jaguar XK120 is nonetheless a remarkable achievement. Jaguar boss Sir William Lyons also was the company's chief designer for most of his tenure. But he was neither a draftsman nor a modeler--instead, he worked with a panel beater to put his ideas directly into sheetmetal. The results were often stunning, as is the case with the XK120.



1961-1966 Jaguar XK-E
Designed by Malcolm Sayer
The Jaguar E-type (XK-E in America) was done by Jaguar aerodynamicist Malcolm Sayer, who had learned to calculate low-drag shapes from a German P.O.W. while serving in the Middle East during World War II. Like the racing D-type (another Sayer design) from which it was derived, the XK-E ended up looking the way it did solely because of aerodynamic requirements--and yet it was still achingly gorgeous. The slippery body helped the E-type approach a top speed of 150 mph, an awesome achievement in 1961.


1966-1972 Lamborghini Miura
Designed by Giorgetto Giugiaro and Marcello Gandini
When the Miura prototype made its debut at the 1965 Turin auto show, it did so without its shapely body. Even as a naked chassis, the car caused a stir, with its transverse-mounted V-12 and its unified cylinder block and transaxle. Before the show was over, Lamborghini had hired Italy's Bertone coachworks to drape a body over it. At Bertone, the job was started by Giorgetto Giugiaro and finished by Marcello Gandini. The bodywork was completed just in time for the 1966 Geneva show, where the car was revealed in stunning red-orange livery. Bob Wallace, one of Lamborghini's triumvirate of young engineers who built the car, remembered, "People went stark, raving mad over it." They still do.



1940-1941 Lincoln Continental
Designed by Eugene T. Gregorie
Ah, the perks of being the boss's son. Edsel Ford, son of Henry, was the president of Lincoln and often had custom-made cars built for his personal use. For his 1939 winter vacation in Florida, Edsel wanted a car built to reflect the influence of European design. Eugene Gregorie sketched--in crayon--a proposal over a blueprint of a Lincoln Zephyr chassis. The car was built, and Edsel's wealthy friends in Hobe Sound and Palm Beach were so enamored of it that Edsel decided to put it into production as the Continental. It remained in the lineup through 1948, but, with their more elegant grille and headlamp treatment, the '40 and '41 cars are the prettiest.



1961 Lincoln Continental
Designed by Elwood Engel
Elwood Engel's staff had just developed a Ford Thunderbird model that picked up on themes from the Continental Mark II. Ford president Robert McNamara happened upon it, and he was so taken that he asked Engel to create a four-door to be the new Lincoln. Two weeks later it was done, and it beat out a rival worked up by Lincoln studio chief Gene Bordinat, who attempted to maintain continuity with the huge, garish '58-'60 models. Engel's car went into production almost unchanged, won an Industrial Design Institute award, and established Lincoln as a design leader for the first time in decades.


1957-1963 Lotus Elite
Designed by Peter Kirwan-Taylor
Bean counters are often accused of screwing up car design, but the opposite is true here. Peter Kirwan-Taylor was an accountant in the City of London when he styled the Lotus Elite, a car for which he also arranged financing. The Elite's fiberglass unibody was revolutionary and provided for an absurdly low curb weight of just a bit more than 1000 pounds. But it also meant that electrical grounds tended to be in short supply (leading to the occasional fire), and the flexing of the body material sometimes caused suspension mounting points to fail. Although it was fast and light, the Elite's fragility led Lotus to build the Elan roadster that followed on a more conventional steel-backbone chassis.



1967-1973 Maserati Ghibi
Designed by Giorgetto Giugiaro
In the late 1960s and early '70s, the Maserati Ghibli competed for customers with the Lamborghini Miura and the Ferrari 365GTB/4 Daytona, both also on this list, during what was clearly a golden period in Italian automobile design. Penned by a young Giugiaro when he worked at Ghia, the classically proportioned, V-8-powered grand tourer has stood the test of time. "The Ghibli is one of the definitive Giugiaro masterpieces," says Stewart Reed, chair of transportation design at the Art Center College of Design. "Everything is restrained and simple, but the car is beautifully tailored and balanced. It's a car for the ages."


1954-1957 Mercedes 300SL
Designed by Friedrich Geiger and Walter Hacker
The Gullwing was the road-car evolution of the Mercedes-Benz 300SLR racing cars. Because conventional door cutouts would have weakened their tube-frame chassis, those first racers used top-hinged doors consisting of a side window and a roof section only. Mercedes was worried that the unconventional doors might be challenged if the car won, but racing chief Alfred Neubauer had scrutinized the rules and concluded, "Nowhere is it written that a door can open only sideways."


1936-1938 Mercedes -Benz 500K/540K
Designed by Friedrich Geiger
In the mid-1930s, the 500K and then the 540K reigned atop the Mercedes-Benz car line, and their most fabulous iteration was the Special Roadster. Casting a shadow greater than a Ford Expedition and sitting astride a ten-inch-longer wheelbase--yet effectively seating only two people--the Special Roadster was both elegant and extravagant. After driving a 1937 example, our own Phil Llewellin dubbed it the "Colossus of Roads." But it's a testament to the loveliness of the Sindelfingen coachwork that the Special Roadsters look graceful instead of massive. The cars embody elegance on the grandest scale.



1990-1996 Nissan 300ZX
Designed by Isao Sono and Toshio Yamashita
Japan has been making really good cars for a long time, but few have measured up to world standards for styling. Of those, Nissan's crocodile-faced 300ZX is arguably the best, and it has been almost universally admired by designers from other companies for its refinement, elegant surface development, and painstaking detail design. Of several variants, the best is the plain two-seat coupe with a fixed roof--a symphony of pure lines with no extraneous breaks. The rare long-wheelbase model is a practical two-plus-two, but, like the convertibles, it lost the magic appearance.



1966-1967 Oldsmobile Tornado
Designed by David North and Stan Wilen
A real breakthrough," says former Ford design chief Jack Telnack, describing the 1966 Olds Toronado. Indeed it was, with its hidden headlights, true fastback body style, flared wheel openings, and completely smooth integration of the B-pillar into the body side. It was also front-wheel drive, a first for an American car since the Cord 810 (the front end of which is echoed in the Toronado). Remarkably, the Toronado shared much of its underbody structure with the also handsome but completely different looking--and rear-wheel-drive--Buick Riviera.


1953-1954 Studebaker Starliner
Designed by Bob Bourke
In 1951, Studebaker boss Harold Vance had Raymond Loewy's studio work up a two-door, four-seat show car. Vance showed a keen interest in the coupe and green-lighted the car for production after a late-night visit to the studio with board members. The Champion and Commander series Starliner coupes arrived in 1953 with a shape that was lower, had cleaner lines, and was more beautifully detailed than most show cars of the day. But production delays kept the car from dealers until months after the initial launch, and the lost momentum was never regained. The body, however, has enjoyed a second life as the basis for numerous Bonneville speed record cars.


1937-1939 Talbot -Lago Figoni-Falaschi coupe
Designed by Joseph Figoni
Genius stylist/designer Joseph Figoni and Ovidio Falaschi, the accountant who kept him solvent, created some of the most exotic and sensuously beautiful cars of the late 1930s. Their coups amricains were popularly called Teardrops, a name Figoni despised. There were both racing cars and grand tourers, each a masterpiece of aesthetic form and aerodynamic function. There have been numerous counterfeits and kit-car rip-offs, but the real thing commands seven figures whenever one becomes available. Figoni-Falaschi body construction was exceptionally sound, so some nearly seventy-year-old cars are as good--and as beautiful--as new.

Porsche 911 GT2


This isn't just the most powerful roadgoing 911 ever, it's also one of the most focused. Porsche takes a 911 Turbo and does away with such items as all-wheel drive, resulting in a 320-pound weight reduction over the Big T. The engine is uprated to 530 hp and 505 lb-ft of torque, giving a claimed 0-to-60-mph time of 3.6 seconds and a top speed of 204 mph. To help the GT2 get off the line cleanly, a launch-control system waits for boost pressure to build up before letting loose. Ceramic brakes, usually an expensive option on other 911s, are standard.