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2010 Aston Martin DBS Volante



Want a convertible that leaves you both shaken and stirred? Look no further than the 2010 Aston Martin DBS Volante, which makes its world debut at the 2009 Geneva motor show.
Built upon the already potent DBS coupe (Aston's current top offering and James Bond's latest ride), the DBS Volante mixes some open-air fun into the cocktail. In place of the slinky fastback roof is a power-folding cloth top, similar to those used on both the DB9 and V8 Vantage Volantes. We're told it can retract underneath a voluptuous tonneau cover in as little as 14 seconds, and adds only 253 pounds to the DBS' curb weight.
From the beltline on down, the DBS Volante is virtually identical to its coupe siblings. A 517 hp, 6.0-liter aluminum V-12 lurks underhood, and is coupled either to a six-speed manual transmission or an optional ZF-sourced six-speed automatic. Expect to see typical Aston luxuries inside, including a Bang & Olufsen surround sound system, iPod connector, and sumptuous leather trim as standard equipment.
Aston Martin claims the DBS Volante can reach 0-62 mph in 4.3 seconds, a figure that's mysteriously equal to that of the lighter DBS coupe. Aston hasn't announced pricing as of yet, but expect to see early examples arrive in the U.S. by the third quarter of 2009.

2009 Volkswagen Scirocco


Up to 350hp For more than 25 years the Siegen-based tuning partner B&B optimizes VW and Audi cars. The newest development of B&B, the tuning program for the new VW Scirocco has been finished and enables the Scirocco`s stronges engine, the 2.0 TFSI, enormous performance values up to 350hp and 450 Nm. The engine program with its 6 stages begins with a modification of the engine electronics and a slightly increased loading pressure to higher the car`s performance up to 235hp and 340 Nm to the price of 998 EUR. In graduations of 250, 265, 286 or 300 hp the scirocco reaches in the final EVO R stage racing values of 350 hp / 450 Nm. This enormous power can only be achieved by a complete change of the original engine by a special engine equipped with a bigger turbo loader, optimized crank shaft and forged pistons bundled with a modification of the cylinder head. To reduce exhaust back pressure, B&B mounts a special sport exhaust system with a modified pre exhaust pipe as well as a high class sport catalyst. Finally the technicians reprogram the electronically engine characteristics. To perfectly adjust the engine's oil temperature, B&B mounts a slim-line oil cooler. The following performance values show the characteristics of the B&B Scirocco EVO R: 350hp / 450Nm ; 0-100km/h in 4,9 sec ; 0-200km/h in 16,5 sec ; Vmax up to 274 (according transmission. Engine modifications for the new 2.0 TDI Common-Rail with its 143hp / 320Nm are also available. The first stage enhances the performance values up to a level of 180hp / 390Nm. The second stage reaches 210hp and 410Nm. The "smallest" engine version, the 1.4TSI achieves in 3 stages a maximum of 240hp and 360Nm. The prices begin with 998 EUR. To reach the risen requirements and allow better steering performances B&B offers several chassis modifications, for example 35mm lower sport springs or adjustable thread chassis. Orderable for the Scirocco are also wheel sets in 18" / 19" and 20", 4-/6- and 8-stroke braking systems as well as short shift adaptions. To reach a unique outer appearance B&B offers aerodynamic parts in qualities which are normally preserved by original manufactures. B&B Siegen, Germany Status: not an ad Tags: 2009 Volkswagen Scirocco by B&B - Up to 350hp, car, custom, sports car, coupe

Smart fortwo 2009- car2go set to Debut in Texas



2009 Smart fortwo - car2go set to Debut in Texas car2go for all: 200 good reasons for rediscovering city driving Ulm drives smart by the minute: from now on innovative mobility concept available to the public and on a 24/7 basis Enlarged: rental car fleet with 200 smart fortwo cdi Internationalization: car2go starts in Austin, Texas, in the fall Stuttgart / Ulm – Good reasons for rediscovering city driving can now be found literally on every corner in Ulm. Daimler AG sees to it with car2go – its new mobility concept that makes driving a car as easy as using a mobile phone. Following the successful completion of the internal pilot phase, car2go with a fleet of 200 smart fortwo cdi is available from now on to all registered residents and visitors to Ulm – every day, around the clock, and at low rates. From Ulm, car2go goes straight to the international level, to the USA: Daimler plans to launch car2go in Austin, Texas, this autumn. "The very promising results of the first, internal pilot phase in Ulm show that with car2go we have found another answer to current and future mobility needs in metropolitan areas. Our project in Austin is the next logical step," says Dr. Thomas Weber, member of the Board of Management of Daimler AG responsible for Group Research and Mercedes-Benz Cars Development. With car2go, on 24 October 2008 in Ulm Daimler AG kicked off a pilot project for a new, flexible and environmentally compatible form of mobility concept of the city. car2go is another important element of the Daimler strategy on the road to sustainable mobility. The principle is as simple as can be: whenever a car is needed, it can be rented spontaneously in passing out on the street, or it can be pre-booked via mobile phone or internet. The car then can be used as long as one likes, and can be returned to any unoccupied public parking space within the area of operation. The cost structure is clear and the use is simple: the 19 euro cents charged per minute covers taxes, insurance, mileage and even fuel. There are low rates for rental by the hour or day: 9.90 euros per hour or 49 euros per day. Sole condition for use is one-time free registration as a customer and a valid driver's license, to which a small seal is affixed. Once a person registers, he or she can open any car2go by means of a card reader placed behind the windshield. From inside to outside In the first pilot phase that began last October with 50 smart fortwo, some 500 employees of the Daimler Research Center in Ulm, plus 200 family members, participated as test drivers. The aim was to test the technical systems and gather initial experience with acceptance, user behavior, and effort for service in practical operation. Robert Henrich, responsible project manager at Daimler AG, sums up: "The success of the first pilot phase surprised even us and shows how much importance already is attached to forward-looking mobility concepts today. In just two weeks more than 500 customers had registered with car2go – a number we had not anticipated. Sometimes I could see from my office window how employees sprinted to the parking lot after work to get a car2go before they were all gone." Their enthusiasm and the interest of the people of Ulm persist. In peak periods the entire fleet of 50 smart fortwo was being used to full capacity and could have been greatly expanded based on the user demand. Since the start, 8,000 rentals have been registered, and per day as many as eight customers have used one and the same vehicle. Without exception user feedback was positive, and users were surprised how easy the system works in practice. The per-minute charging also was felt to be very customer-friendly. Moreover, from the beginning the project met with national and international interest. In the meantime numerous inquiries have been received from cities all over the world that also would like to offer car2go to their residents. As intermediate step, in February the clientele was extended to include the employees of the Mercedes-Benz sales and service outlet Ulm/Neu-Ulm and the local Daimler subsidiary EvoBus. In line with this the number of car2go vehicles was raised to 100. This increased the overall number of car2go users to more than 1,000. The successful start has encouraged all parties to take the next step: today begins the public testing phase in Ulm, in which car2go is available to all 120,000 residents and people visiting the city. For this purpose the car2go fleet is being doubled to 200 vehicles. "From the outset we saw car2go as an absolute enrichment and a great opportunity for the science city Ulm. The city profits tremendously from the public interest in car2go, and we hope to reduce the traffic load especially in the downtown streets and parking areas," says Ulm's mayor Ivo Gönner. Everybody interested can immediately register in the internet at www.car2go.com or at the registration office in the Ulm city hall, right next door to Ulm cathedral. Here they also get the car2go seal for their driver's license. Internationalization – from Ulm to Austin The pilot project in the southern German city of Ulm will not be the only one – from the start the concept was planned for international use. Whereas in Ulm the purpose is to test the general acceptance of the concept and stabilize the technical systems, the second pilot project is designed to generate know-how for the international use of car2go. The demands include applicability to other cities, language regions and mobility trends as well as adaptation of the business processes to the legal requirements in other countries. Jérome Guillen, director of the Business Innovation department at Daimler that developed the car2go concept comments: "We deliberately chose a large American city. In the USA the car sharing market has the highest growth rates in the world. For this reason we see very good chances of success there for car2go, especially because car2go offers many advantages over the known car sharing offers." For instance, car2go is distinguished by free availability of the vehicles in the city area without obligation to use certain parking spaces, on-the-spot rental for as long as one likes, as well as a simple and clear price structure. The capital of Texas with its 750,000 residents is appreciably bigger than Ulm and is distinguished by its open-mindedness and its very involved citizens. "We very much look forward to becoming the first international partner of car2go," says mayor Will Wynn. "Our city is known for its strong sense of environmental responsibility. car2go fits this wonderfully because we can then offer the residents of Austin an intelligent mobility concept with a high positive environmental factor. The project has our full support." As in the first phase of the German pilot project, car2go will begin in Austin with a defined group of users, for example city employees. It is then planned to make car2go accessible to the public in Austin in a second step. Other factors predestining Austin to be the first international car2go city are the city's size and its up-to-date economic structure. Among other things it is the location of the fourth largest university in the USA. Beginning in autumn 2009 a fleet expected to number 200 smart fortwo mhd vehicles with automatic start/stop function will be put into operation there.

Lotus Evora Launch Edition 2010


2010 Lotus Evora Launch Edition
The 2010 Model Year Lotus Evora Range Specification and Pricing (EU and Switzerland) First deliveries of the eagerly anticipated Lotus Evora will be made to customers in Europe in May 2009 following an extensive and rapid development programme, enabling the whole project to be completed in an extraordinary 27 months, almost unprecedented in the motor industry. The Lotus Evora Launch Edition The first 450 cars will be built to a high level standard specification which includes the following equipment: 2+2 seating configuration Tech Pack Premium Pack Sport Pack Hi-power silver cast alloy wheels Bi-Xenon Headlamps Alpine Imprint Audio System Reversing Camera Electric Powerfold Mirrors The Launch Edition includes either Ardent Red or British Racing Green as standard, and all other colours from the Lotus range are available as a cost option. Following on from these first 450 Lotus Evora Launch Edition sportscars, customers will have the opportunity to spec to a more personal level – but of course they will not be part of the select few who will be among the first to own Britain’s latest sportscar and one of the most anticipated cars of the year, complete with a unique Evora commemorative build plate in the cabin. The Lotus Evora will enter the sportscar market as the only mid-engined 2+2 in production. The new car is a more holistic offering than the Elise, Europa and Exige models that have been so massively popular and iconic. The Lotus Evora is designed for people who desire exotic sportscar characteristics of stunning design, exclusivity, dramatic proportions and performance. However, it offers real-world usability and a unique sense of occasion. Powered by a 3.5-litre V6 producing 280 PS and 342 Nm of torque, the new car employs innovative lightweight chassis technology to ensure all-round dynamic performance, in keeping with the great Lotus tradition. Straight line performance is spectacular, with the zero to 100 km/h sprint taking place in just over 5 seconds with a top speed of over 260 km/h (prototype figures). Economy and emissions figures are class leading with the Official European Combined Cycle fuel economy being just 8.7 litres / 100 km and the emissions being just 205 g / km CO2. The other fuel economy figures are equally impressive with Official European Urban Cycle figures of 12.4 litres / 100 km and 6.5 litres / 100 km for the Official European Extra Urban Cycle. Inside, the Lotus Evora cocoons occupants with sumptuous leather surfaces juxtaposed with contemporary high-tech features. With driver focused instrumentation the occupants sit in cockpit-esque surroundings. A beautifully appointed dash boasts tactile details such as flush-mounted controls that glow with blue LED haloes and a stylised speedometer and rev counter ensuring that controls are both attractive and accessible. Styled in-house by Lotus Design, the Evora’s sophisticated and attention-snaring lines brilliantly disguise its ability to accommodate passengers in the rear of the cabin, giving the car the external characteristics of a small, nimble sportscar belying its real exterior and internal space. As well as being sold in a 2+2 configuration, the car will also be available as a two-seater, the space in the rear being allocated to luggage storage. Other derivatives are also planned for the long term future, including a convertible and a version with automatic transmission. The first production Lotus Evoras have already started down the assembly line at Lotus’ high tech manufacturing facilities in Worcester UK (where the advanced extruded and bonded aluminium chassis is made) and at the Lotus Headquarters in Hethel UK. Build volumes are expected to ramp up steadily over the next few months with a target of 34 Lotus Evoras being made each week by July 2009. This manufacturing volume is in addition to the current build volume for Lotus small car platform vehicles (Elise, Exige, Europa and 2-Eleven) of 44 per week building to 55-60 per week in the run up to the northern hemisphere summer. For peace of mind, the Lotus Evora has a 3 year 100,000 km (60,000 miles) whole vehicle warranty with an 8 years chassis perforation warranty for EU markets. Lotus Evora: 205 g/km CO2 8.7 litres / 100 km (32.5 mpg) Combined Cycle 12.4 litres / 100 km (22.8 mpg) Urban Cycle 6.5 litres / 100 km (43.5 mpg) Extra Urban Cycle Lotus London, England, United Kingdom Status: not an ad Tags: 2010 Lotus Evora Launch Edition, car, sports car, coupe, special edition,

2009 Nissan Qazana Concept

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The Nissan Qazana concept is officially a look at what the future of smallish five-seat crossovers could look like, but Nissan has already announced a baby Qashqai is scheduled for European markets and the Qazana is likely a thinly-veiled preview of the production car. Qazana is supposed to be a cross between a beach buggy and a four-wheel motorcycle and inspire fun behind the wheel.
Like most small crossovers, the Qazana is assumed to be ideal for urban environments and commuting, but also adept at whisking the owner away for a weekend in the wild. The grille of the Qazana is clearly related to the Nissan Murano crossover and the face isn't for everyone. Interestingly enough, the shape of the windows looks eerily similar to that of the Aston Martin Lagonda concept.
Not only is the Qazana supposed to embody the spirit of a four-wheel motorcycle, but the interior actually has design cues from motorcycles. The center console and arm rest look like the fuel tank and seat of a sport bike. Paul Ray, senior interior designer at Nissan Design Europe, said: "I enjoy the sensation of being at one with my bike and wanted to capture that feeling in Qazana." A large touch-screen display manages everything from the climate control system to the navigation system, and it can also graphically display the torque split of the all-wheel drive system in real time.
Nissan didn't release any information on the powertrain of the concept, but electric and hybrid vehicles have been hot topics for Nissan and Infiniti at the Geneva motor show. Perhaps a production version of the crossover will offer a hybrid option, but we won't know until the vehicle is much closer to production.

2009 Mitsubishi i MiEV Prototype


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Mitsubishi's innovative Electric Vehicle (MiEV) range is growing. We've already seen the Mitsubishi I MiEV Sport at the 2007 Tokyo motor show, driven a prototype of the I MiEV hatchback at last year's New York auto show, and now there's a prototype for a European-market I MiEV at the 2009 Geneva motor show.
Mitsubishi has already committed to selling the I MiEV to consumers in Japan starting this summer and this prototype is the next step to selling the cars in Europe. Like the Japanese domestic market I MiEV, the European car is a five-door hatchback configuration. There are few differences between the Japanese and European I MiEVs: European-market cars have a bit wider track and the front and rear overhangs are designed for pedestrian safely, which makes them longer. Overall, the two cars look very futuristic.
The I MiEV's powertrain is a 330v lithium-ion battery pack that sends juice to an electric motor producing 63 hp and 133 lb-ft of torque. This powertrain sits under the floor in the rear of the car in roughly the same space you'd put an internal combustion engine and fuel tank in a traditional car. We drove a similar prototype I MiEV last year at the 2008 New York auto show and found it to be quite adequate as a city car. A charge is supposed to be good for at least 80 miles of driving.
Expect to see these electric vehicles hitting the showrooms in Europe at some point in 2010.

2009 Aston Martin Lagonda Concept

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Ever since its purchase by Aston Martin in 1947, the Lagonda brand has played second fiddle to the firm's sports cars. That may well change, as Aston Martin's announced it intends to revive the brand, offering this - the 2009 Lagonda concept - as proof of its intent.

Certainly, it doesn't look like an Aston Martin, but apart from the 1964 Rapide (built from the Aston Martin DB4) and seven sedans built from the 1975 DBS coupe, few ever have. Some, like the wildly angular 1976 model, have pushed the envelope of automotive styling.

We suppose we could say the same about the 2009 Lagonda concept. If there's any hint of DBS or One-77 in the styling, we're not seeing it. In fact, we're barely seeing any traditional Lagonda cues, apart from the large grille, thick C-pillar, and rotund trunk lid. Some elements, like the headlamps and taillamps, bear a surprising resemblance to those on recent Kia designs.

Aston calls the Lagonda a "four-seat international tourer," which we take to mean as a crossover. Indeed, the Lagonda is an all-wheel-drive vehicle, and its short overhangs, tall stance, and large 22-inch wheels suggest it's made to traverse surfaces other than tarmac. We're told the concept uses a V-12 for power; we'd guess it's the same 6.0-liter V-12 found in the DB9.

We'd imagine a production Lagonda to make do with a number of components culled from Aston Martin's parts bin, but possibly even Mercedes-Benz's. Rumor has it the German luxury division has been tapped to provide its expertise - and possibly even a vehicle platform - for Lagonda's use.

2009 Fiat 500C Convertible

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Following the sales success of the retro-styled Fiat 500 in Europe, the company is quickly following up with a drop top variant- the 2009 Fiat 500C. Do you think the folks over at Mini are getting nervous yet?
The design of the 500C's soft top doesn't quite make it your typical convertible. However, the roll-back roof does follow true to the original 1957 open-top models. While occupants don't quite get the full top down experience, the folded roof doesn't encroach on passenger or luggage space either.
Rolling back the roof takes only the push of a button thanks to the electrically operated linkage. The top also features a glass rear window and a third brake light. Three colors - ivory, red, and black - are available to complement the color of the body panels. In fact, two new body colors will be introduced specifically for the cabrio; pearl red and warm grey.
Engine choices for the 500C remain the same as the standard 500. Choose from a 75-hp, 1.3-liter diesel engine, or either a 69-hp 1.2-liter or 100 hp 1.4-liter gasoline I-4 engines. So far no plans have been made for a 135 hp rapid ragtop Abarth model. Manual transmission models will showcase new automatic start/stop technology that further enhances the 500C's environmental friendliness.
Debuting at the Geneva Motor Show, the 500C will launch in Europe this spring. If you like what you see, keep your fingers crossed and we might just get the 500C in the U.S. Chrysler has announced that the 500 is coming to the U.S. should their partnership with Fiat pan out.

A Cheap, Zero-Emissions Car


If someone tried to sell you a zero-emissions car that costs around $10,000, you might think he was full of hot air. Turns out it’s the car that’s full of it: The vehicle runs on and emits nothing but air. Now, after more than 15 years of languishing in automotive obscurity, it’s heading for mass production.
The Air Car is the brainchild of Guy Negre, a French inventor and former Formula One engineer. In February, Negre’s company, Motor Development International (MDI), announced a deal to manufacture the technology with Tata Motors, India’s largest commercial automaker and a major player worldwide. “It’s an innovative technology, it’s an environment-friendly technology, and a scalable technology,” says Tata spokesperson Debasis Ray. “It can be used in cars, in commercial vehicles, and in power generation.”
Though Negre first unveiled the technology in the early 1990s, interest has only recently grown. In addition to the Tata deal, which could put thousands of the cars on the road in India by the end of the decade, Negre has signed deals to bring the design to 12 other countries, including South Africa, Israel, and Germany. But experts say the car may never make it to U.S. streets.
The Air Car works similarly to electric cars, but rather than storing electrical energy in a huge, heavy battery, the vehicle converts energy into air pressure and stores it in a tank. According to MDI’s Miguel Celades, Negre’s engine uses compressed air stored at a pressure of 300 bars to pump the pistons, providing a range of around 60 miles per tank at highway speeds. An onboard air compressor can be plugged into a regular outlet at home to recharge the tank in about four hours, or an industrial compressor capable of 3,500 psi (likes those found in scuba shops) can fill it up in a few minutes for around two dollars. Celades says optional gasoline or biofuel hybrid models will heat the pressurized air, increasing the volume available for the pistons and allowing the car to drive for nearly 500 miles between air refills and about 160 miles per gallon of fuel burned.
Early media reports speculated that Tata could have an Air Car on the market by the end of 2008, but Ray says it’s likely to be a couple of years before the technology is available. Until the Indian models hit the streets, the best way to see an Air Car in action is to cross the pond and check out Negre’s prototypes in France–a trip entrepreneur J.P. Maeder says is worthwhile. “It’s not a fantasy,” he says of the car. “It can make a real impact in how personal transportation will develop from here.”
In 2003, Maeder formed ZevCat, a Califonia company that aims to bring the Air Car to America. So far, however, he says his plans have stalled for financial reasons: Without enough money to build and crash test prototypes, he can’t demonstrate the technology for investors who might be willing to fund more prototypes.
The car might garner more attention in the United States if it makes it to market in India or elsewhere before other burgeoning technologies like plug-in hybrids or fuel-cell electric cars. If that were to happen, compressed air could become the “next big thing” for green-minded drivers, says Larry Rinek, an auto analyst with the international market-research firm Frost and Sullivan. But Rinek questions whether the car will have mass appeal. Another unknown is whether the vehicle could pass crash tests.
“This is an R and D novelty; it’s a curiosity that is nowhere near ready for primetime,” Rinek. “It’s unknown and untrusted, particularly here in North America,” where he says adoption of new technology moves “very slowly.”

Hummers vs. Hybrids

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Plenty of ink and megapixels were dedicated last year to a study that purported to expose the true cost–in environmental terms–of a Prius and concluded that it was really no more “green” than a Hummer. Like all good urban legends, this one was catapulted into mainstream media by questionable science, shock value and gleeful SUV-devotees.
Yet, despite many, many refutations, this rumor persists. Perhaps, “Hybrid a better eco-choice than Hummer,” just doesn’t sell papers. Whatever the reason, it’s time to bury this one. For good.
The study, conducted by CNW Marketing Research Inc., actually reported that “Hybrids consume more energy in lifetime than Chevrolet’s Tahoe SUV.” Hummers mistakenly entered the equation when a widely syndicated columnist cited the study under a headline that read “Use a Hummer to Crush a Prius.” Tahoe/Hummer. To-may-to/To-mah-to. Let’s not split hairs.
The study boils down to a “dust to dust” analysis–the total energy used to build, maintain, operate, and recycle a car. The study assumed that a Hummer would last 379,000 miles and last 35 years, while a Prius would die at 12 years with only 109,000 on its odometer. An odious assumption that–on a per-mile basis–is clearly going to put the Hummer on top and created an apples-to-oranges comparison.
Prius also took a hit because it’s largely new technology. As more cars embrace this technology, new tech start-up costs will diminish. The energy costs associated with building a Prius decrease with every new Prius (or similar hybrid) made. Yet a Hummer/Tahoe/insert-other-big-SUV-here will always guzzle an enormous amount of gas. The study’s researchers also point to the nickel metal hydride battery in the Prius, noting that nickel mining is a dirty business. Yes, it is. Yet the Sierra Club’s “Mr. Green” explains that the hybrid batteries currently in existence require less than one percent of the world’s annual nickel production. Prius batteries are also 100 percent recyclable.
Finally–and perhaps most damning of all–the study was not peer-reviewed and CNW itself has admitted somewhat flawed figures. John Heywood, with the Massachusetts Institute of Technology, notes that, “I can only guess at how they did the detailed arithmetic.” Why only guess? CNW refuses to release its data “for competitive reasons,” says study creator Art Spinella.
The upside of all the debate this rumor inspired is that it encourages conversation (if not conservation!) about fuel-efficiency and perhaps lets the halo over the Prius slip a wee bit. While it remains the poster car for the environmentally concerned, it still is a car–with embodied energy and a reliance on fuel. The Prius, while a worthy alternative and a promising new technology, still isn’t as eco-friendly as your two feet, two wheels–or even a bus pass.