2010 Infiniti IPL G Cabrio interior pic
2010 Infiniti IPL G Cabrio interior image
2010 Infiniti IPL G Cabrio interior photo
2010 Infiniti IPL G Cabrio interior tyre
2010 Infiniti IPL G Cabrio interior staringSaturday, September 25, 2010
2010 Infiniti IPL G Cabrio interior
2010 Infiniti IPL G Cabrio interior pic2010 Infiniti IPL G Cabrio interior image2010 Infiniti IPL G Cabrio interior photo2010 Infiniti IPL G Cabrio interior tyre2010 Infiniti IPL G Cabrio interior staring
2010 Infiniti IPL G Cabrio Concept walpaperz
2010 Infiniti IPL G Cabrio Concept pic
2010 Infiniti IPL G Cabrio Concept image
2010 Infiniti IPL G Cabrio Concept photo
2010 Infiniti IPL G Cabrio Concept
2010 Infiniti IPL G CabrioSculptured side sill extensions work with the bigger wheels and slightly lowered body to accentuate the purposeful new stance. A body-colour bootlid spoiler, based on the aerodynamic design of that fitted to the IPL G Coupé, adorns the rear.
The interior trim finishers are unique to the Paris concept. The centre console is finished with black lacquer while the dashboard area above the glove box and doors are adorned with KACCHU, the name given to the armour used by Japan's feudal warlords, or samurai, in the Middle Ages. Small iron plates were woven through textile to provide not just great strength but also flexibility and light weight. Because the highly skilled process allowed for a multitude of colours and patterns, the most elaborate KACCHU designs were a sign of great power and wealth.
Under the bonnet of the Infiniti IPL G Cabrio Concept is Infiniti's charismatic 3.7-litre V6 boasting 338 PS, 18 PS more than standard thanks to a high-flow dual exhaust system. It doesn't just sound great but also reduces exhaust pressure by 30%, further enhancing engine efficiency. The point at which peak power is developed has been boosted, from 7000 to 7400 rpm - high revs which the VQ engine's motor racing-inspired "bed plate" construction technique can take in its stride.
Maximum torque output is increased - from 360 to 374 Nm - but most important the shape of the torque curve has been refined so performance doesn't feel in any way peaky, maintaining the linear acceleration so crucial to any Infiniti.
The Cabrio Concept's running gear has been upgraded, again following the lead set by the IPL G Coupé. Sports suspension, with 10% stiffer springs and recalibrated dampers, are fitted and the body sits a little lower.
Top speed of the de-restricted concept car, which has a seven speed automatic transmission with magnesium paddle shifts, is more than 270 km/h, with 0-100 km/h available in under 6 seconds.
Nothing in the IPL philosophy calls for a let-up in the provision of features as standard. The Infiniti IPL G Cabrio Concept maintains this Infiniti advantage by being superbly well equipped with an array of innovative comfort, convenience and safety technologies - just like the GT Premium model on which it is based and which has been available as part of the G Line in Infiniti Centres across Europe for more than a year.
So in league with the high performance looks and ability are features such as noise-cancelling technology, head restraint-mounted "personal" speakers, seats with internal heating and cooling and adaptive climate control. The 13-speaker premium sound system is by Bose® while suggestions on where to visit, stay or eat and drink are sourced from the Michelin Guides directly into the 30 GB hard disk drive navigation. It's just one part of the all-encompassing functionality of the Connectiviti+ infotainment system which the G Cabrio first introduced to the world at the model's launch in 2009.
Friday, September 24, 2010
History of BMW
The origins of BMW trace back to 1913 when Karl Friedrich Rapp, a Bavarian who had been a well-known engineer in a German aircraft company, formed Rapp Motoren Werke in a suburb of Munich. The company specialized in airplane engines however Rapp found that they were problematic and suffered from excessive vibration. Nearby, Gustav Otto, also an airplane specialist, set up his own shop, Gustav Flugmaschinefabrik, building small aircraft.
Because of the faulty engines, Rapp Motoren Werke secured a contract with Austro-Daimler, who was unable to meet its demands, to build V12 Aero engines under license. The company expanded too quickly, however, and by 1916 Rapp resigned from the company because of financial troubles. In his place Franz Josef Popp and Max Friz, two Austrians, took over the company. In March that same year, Rapp Motoren Werke merged with Gustav Flugmaschinefabrik to form Bayersiche Flugzeungwerke. It was shortly afterwards renamed Bayersiche Motoren Werke (Bavarian Motor Works), or BMW, forming the company we know today.
In 1917, BMW's first aircraft engine went into production, the 6 cylinder Type IIIa. In 1919, using an aircraft powered by its successor, the Type IV, Franz Zeno Diemer set an altitude record of 9,760 metres (32,013 ft). After the Treaty of Versailles was signed in the same year, prohibiting BMW from building aircraft engines, production switched to air brakes for railway cars. When BMW started once again to build aircraft engines in 1922, no fewer than 29 world records in aviation were set with them. The current BMW logo, introduced in 1920, was based on the circular design of an aircraft propeller.
The first BMW motorcycle, the R 32, went into production in 1923 at the newly constructed Eisenach factory next to the Munich airport of the day. The R 32 used a flat-twin engine transversely mounted in a double-tubular frame producing 8.5 horsepower at 3300 rpm. The 2-cylinder 494cc motorcycle could reach a top speed of 59 mph (95 km/h). BMW manufactured 3090 of them during its 3 year life span.
It was 1928 that made history in terms of the BMW car. Produced at the Eisenbach factory, the Dixi 3/15 PS marked the beginning of BMW automobile production. It was built under license from Austin and was essentially the same model as the US Bantam and the Japanese Datsun. The first Dixis used an open roof and were powered by a 743cc 4 cylinder engine producing 15 horsepower. Top speed was in the neighbourhood of 50 mph (80 km/h). In 1929 a new improved version was launched, the DA2, which employed an all-steel body and 4-wheel brakes, and in 1930 the Dixi scored its first wins in motor racing. Total production: 18,976 units.
1932 was the year the BMW AM 4 (Ausfuhrung Munchen 4 Gange - Munich Version 4 Speeds) - a.k.a. BMW's first "real" car - went into production. The AM 4, also called the 3/20 PS, was the successor to the Dixi and the first production car to be built entirely in-house by BMW. The powerplant was a 782cc 4 cylinder unit which featured suspended valves and a double chain driving the camshafts, producing 20 horsepower at 3500 rpm and providing the saloon with a 50 mph top speed.
The next year mark ed the introduction of the 303 saloon and the first BMW inline-six cylinder power unit, a configuration that remains BMW's typical choice even in contemporary cars. The 303 was also the first BMW to use the twin-kidney shaped radiator grilles, another cur rent trademark. Using a welded tubular steel frame, independent front suspension and rack and pinion steering, the 303 was a benchmark in technological achievements. Its 1173cc engine provided 30 horsepower and a top speed of 56 mph (90 km/h).
3 years later, in 1936, the BMW 328 was introduced. It was the most popular and remains BMW's most famous pre-war sports car, the successor to the 315/1 (1934-36). The 328 was built mainly for motor sport, where it proved itself successful by winning the Mille Miglia in Italy in its class in 1938, but quickly became a popular road car as well. A curb weight of only 1830 lb was achieved through the use of an extra-light tubular spaceframe and light alloy parts for the hood, doors and tail end. Using a 1971cc inline-6 cylinder engine with three carburettors that produced a healthy 80 horsepower at 5000 rpm, the 328 could reach a maximum speed of 93 mph (150 km/h). 462 units of this classic were produced in total.
In 1935 BMW entered the record books once again, this time on two wheels. Riding a streamlined 500cc compressor machine developing 108 hp and an amazing power-to-weigh ratio (282 lb curb weight), Ernst Henne set a world speed record for motorcycles of 173.7 mph (279.5 km/h) in 1937. It stood for nearly two decades.
BMW's success was unfortunately short lived. After the Second World War, the company lay in ruins. Its factories had been destroyed or dismantled and a three-year ban on any production activities was imposed by the Allies in response to the production of aircraft engines and rockets by BMW during the War. The first post war model, the V8 equipped 501 luxury sedan produced in 1951 was a poor production choice for a country that was also devastated by the war. Demand was low and the 501 did not even com e close to meeting BMW's expectations.
It was a totally different approach that started to bring BMW back on its feet. In 1955, the Isetta 250 was launched and participated very successfully in the mini-car era of the 1950's. It was built under license from the Italian manufacturer Iso and used a motorcycle engine and a single door at the front. The engine was a single cylinder 245cc unit producing 12 horsepower at 5800 rpm and a top speed of 53 mph (85 km/h). During its 7 year production run a total of 161,728 Isettas were built.
A couple of years later, with BMW still having no secure financial foothold, one of the most memorable models in its history was introduced. Launched in 1956, the BMW 507 quickly became famous. The light-alloy 2-door bodyshell with a retractable soft top, designed by Alberecht Graf Foertz, has remained timeless as evidenced by the newly introduced Z8, which draws unmistakable clues and its overall shape from it. A large 3168cc V8 engine using dual downdraught carburettors powered the 507 and provided 150 horsepower at 5000rpm, enough for an impressive 124 mph top speed (200 km/h) but not enough to topple its main rival, the Mercedes 300SL. While only 252 examples of the instantly recognizable 507 were ever produced, it remains a symbol of BMW's struggles and ultimate triumphs during the fifties after the end of the War.
The next step in BMW's evolution and the predecessor to the cars we know today was launched in 1962. The 1500, which had been developed during the crisis of the '50s, was another of BMW's saviors. The excellent suspension and striking design for its time, employing a low waistline with a low-slung engine compartment and rear lid characterized the 1500. A 1499cc 4-cylinder engine producing 80 horsepower at 5700 rpm and providing a top speed of 92 mph (148 km/h) powered it. During its two year production run sales amounted to only 23,807 units; however between all of the models in its range (1500,1600,1800,2000) production totaled 334,165 cars. Based on these cars, the first generation 5 series, the E12, was launched 10 years later in 1972. The 3 series was introduced 3 years later and the 7 series 2 years after that, in 1977.
In 1990 BMW re-entered the aircraft engine manufacturing business after forming BMW Rolls-Royce GmbH jointly with Rolls Royce. In 1998, after extended talks concerning the sale of Rolls Royce, BMW officially bought the rights to the Rolls Royce name and logo from Volkswagen, with the transition expected to take place in 2003. 1994 brought about another purchase, as BMW acquired the Rover Group PLC. After heavy losses, the company was finally sold in 2000, with Rover being split up from Land Rover which was purchased by Ford. BMW held the rights to the new Mini and the hot-hatch goes on sale in early 2002.
Today, the Z3, Z8 and all of the 3, 5, 7 and Motorsport series models continue the BMW tradition of building excellent automobiles with a special emphasis on performance, style and technological advancements. 1992 was another year-to-be-remembered for BMW when it, for the first time, outsold Mercedes in Europe. Hopefully in the future the rivalry between these and other makes will persist and companies such as BMW will continue to build great cars.
Thursday, September 23, 2010
2010 Lotus Sports Cars Elite Concept Cars
British sports car company unveil at the Paris Motor Show the sun starts to rise for the dawn of Lotus' new era - the Elite will redefine "modern classic". So here it is, the Lotus Sports Cars Elite, the first taste of what's to come from Lotus in the future. This is not only beautifully elegant, in accordance with the burden of Lotus’ appraises, that car with the center consisting of several by the identical cutting-edge technological innovation Lotus has submitted a bid. Retractile hard top version of the cunning and consumption with optional cross with KERS technology is a special case with Lotus cutting technology to provide perfect performance.
The 2010 Lotus Sports Cars Elite Concept Car is labeled as a “production intent prototype and is scheduled to go on sale in 2014 with a pricetag around £115,000 (approximately $180,000). Set for release in spring 2014, this is an innovative, exciting GT that will set a new benchmark in design, performance and emissions. And it s not all about sleek lines and stunning bodywork with this particular 2+2, what hides beneath this shark like exterior perfectly does the aesthetics justice. A front-mid positioned 5.0l V8 engine delivering up to 620 PS meaning drivers can expect to go from 0-100 km/h in approximately 3.5 to 3.7 seconds.
2010 Lotus Sports Cars Elite Concept Cars
First up, the Elite will offer a retractable hardtop roof, adding significant weight to the automobile. It may weigh in at 3,600 pounds. This is a far step from Lotus’ usual super-light vehicles mentality. The Elite has a 2+2 seating configuration and is directly aimed at the competing with the Ferrari 612. 
"Make no mistake, there's a definite market requirement for the Elite - it's the ultimate sports car feel with comfort and space. There will always be those who believe that Lotus should stick to small sports cars but we didn't take the decision to design something like the Elite lightly, it's based on months of careful research and planning. It's worth noting this sector has been very successful for us in the past and now the Elite raises the benchmark higher still." As for the new, awesome design of the car, the designer Donato Coco has designed what can only be described as a truly stunning car. It is completely different from all Lotus models of the past and really indicates that Lotus is ready to move from the ‘affordable’ sports car market deep into supercar territory.
With the likes of Porsche, Aston Martin and Ferrari in its crosshairs, it’s not surprising that the new Lotus Elite sports car is significantly heavier and more powerful than the company’s current offerings. In fact, with an expected kerb weight of 3,637 pounds, the Elite is very different to Lotus’ usual assortment of light weight track cars but its designers are confident it will still have the ultimate sports car feel--just with a little more comfort and space. The design, specification and performance figures for all Production Intent Prototypes will be confirmed following official testing and will be available from Lotus Cars.
2010 Lotus Sports Cars Elite Concept Cars
British sports car company unveil at the Paris Motor Show the sun starts to rise for the dawn of Lotus' new era - the Elite will redefine "modern classic". So here it is, the Lotus Sports Cars Elite, the first taste of what's to come from Lotus in the future. This is not only beautifully elegant, in accordance with the burden of Lotus’ appraises, that car with the center consisting of several by the identical cutting-edge technological innovation Lotus has submitted a bid. Retractile hard top version of the cunning and consumption with optional cross with KERS technology is a special case with Lotus cutting technology to provide perfect performance.
The 2010 Lotus Sports Cars Elite Concept Car is labeled as a “production intent prototype and is scheduled to go on sale in 2014 with a pricetag around £115,000 (approximately $180,000). Set for release in spring 2014, this is an innovative, exciting GT that will set a new benchmark in design, performance and emissions. And it s not all about sleek lines and stunning bodywork with this particular 2+2, what hides beneath this shark like exterior perfectly does the aesthetics justice. A front-mid positioned 5.0l V8 engine delivering up to 620 PS meaning drivers can expect to go from 0-100 km/h in approximately 3.5 to 3.7 seconds.
2010 Lotus Sports Cars Elite Concept Cars
First up, the Elite will offer a retractable hardtop roof, adding significant weight to the automobile. It may weigh in at 3,600 pounds. This is a far step from Lotus’ usual super-light vehicles mentality. The Elite has a 2+2 seating configuration and is directly aimed at the competing with the Ferrari 612. "Make no mistake, there's a definite market requirement for the Elite - it's the ultimate sports car feel with comfort and space. There will always be those who believe that Lotus should stick to small sports cars but we didn't take the decision to design something like the Elite lightly, it's based on months of careful research and planning. It's worth noting this sector has been very successful for us in the past and now the Elite raises the benchmark higher still." As for the new, awesome design of the car, the designer Donato Coco has designed what can only be described as a truly stunning car. It is completely different from all Lotus models of the past and really indicates that Lotus is ready to move from the ‘affordable’ sports car market deep into supercar territory.
With the likes of Porsche, Aston Martin and Ferrari in its crosshairs, it’s not surprising that the new Lotus Elite sports car is significantly heavier and more powerful than the company’s current offerings. In fact, with an expected kerb weight of 3,637 pounds, the Elite is very different to Lotus’ usual assortment of light weight track cars but its designers are confident it will still have the ultimate sports car feel--just with a little more comfort and space. The design, specification and performance figures for all Production Intent Prototypes will be confirmed following official testing and will be available from Lotus Cars.
Honda Cars Used & New Cars For Sale
American Honda Motor Company is based in Torrance, California. Honda Canada Inc. is headquartered in the Scarborough district of Toronto, Ontario, and is building new corporate headquarters in Markham, Ontario, scheduled to relocate in 2008;[8] their manufacturing division, Honda of Canada Manufacturing, is based in Alliston, Ontario. Honda has also created joint ventures around the world, such as Honda Siel Cars and Hero Honda Motorcycles in India,Guangzhou Honda and Dongfeng Honda in China, and Honda Atlas in Pakistan.
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Pre-war Car Petr Novague ECO Car Concept Inspired by F1 Technology
The concept vehicle is christened as ECO and features tube car frame, half-hood body and carbon components that add minimum possible weight to this energy efficient and eco friendly vehicle. Created by Petr Novague as a mark of respect for Laurin and Klement, a pre-war Czech company, Further, chromium-molybdenum steel made lattice truss frame in the front part of the car is attached to the carbon frame with inside honeycomb.
The concept vehicle is combines the old traditions of pre-war cars with the modern and innovative technology and system logic.
Pre-war Car Petr Novague ECO Car Concept Inspired by F1 Technology
ECO is powered by the electric motors that are located in the narrow wheels. Electric motors are powered by the batteries located under the tilting front lid, which also works as door. With zero tail pipe emission, ECO offers clear and green ride added with comfort and range of 500 km per charge.
Hailed as “ECO,” the concept car features tube car frame, half-hood body and carbon components, which makes it a lightweight and energy efficient vehicle.
Pre-war Car Petr Novague ECO Car Concept Inspired by F1 Technology
Moreover, the ECO car can change it ground clearance, thanks to the double-wishbone axel disposes of the push rod suspension, uniball endings and impact dampers, according to the road or terrain.
Attaching the lattice truss frame, made in chromium-molybdenum steel, to the carbon frame with inside honeycomb upfront that is inspired by F1 technology, the retro-futuristic car also touts electronic drive-line (4 x 4) with stabilization system, which reduces the weight of mechanical connections by a huge margin.
Pre-war Car Petr Novague ECO Car Concept Inspired by F1 Technology
The concept vehicle is christened as ECO and features tube car frame, half-hood body and carbon components that add minimum possible weight to this energy efficient and eco friendly vehicle. Created by Petr Novague as a mark of respect for Laurin and Klement, a pre-war Czech company, Further, chromium-molybdenum steel made lattice truss frame in the front part of the car is attached to the carbon frame with inside honeycomb.
The concept vehicle is combines the old traditions of pre-war cars with the modern and innovative technology and system logic.
Pre-war Car Petr Novague ECO Car Concept Inspired by F1 Technology
ECO is powered by the electric motors that are located in the narrow wheels. Electric motors are powered by the batteries located under the tilting front lid, which also works as door. With zero tail pipe emission, ECO offers clear and green ride added with comfort and range of 500 km per charge.Hailed as “ECO,” the concept car features tube car frame, half-hood body and carbon components, which makes it a lightweight and energy efficient vehicle.
Pre-war Car Petr Novague ECO Car Concept Inspired by F1 Technology
Moreover, the ECO car can change it ground clearance, thanks to the double-wishbone axel disposes of the push rod suspension, uniball endings and impact dampers, according to the road or terrain.Attaching the lattice truss frame, made in chromium-molybdenum steel, to the carbon frame with inside honeycomb upfront that is inspired by F1 technology, the retro-futuristic car also touts electronic drive-line (4 x 4) with stabilization system, which reduces the weight of mechanical connections by a huge margin.
Honda Civic Top 5 Cars For Sale
* Honda Civic Hybrid is a hybrid version of the Honda Civic sedan
* gas engine : 1.3 L I4 SOHC
* electric engine: 156 volt 15 kW
* Power : 93 hp (69 kW) @ 6000 rpm
* 15-inch lightweight alloy wheels
Honda Civic
Honda Civic
Honda Civic
Honda Civic
Honda Civic
* gas engine : 1.3 L I4 SOHC
* electric engine: 156 volt 15 kW
* Power : 93 hp (69 kW) @ 6000 rpm
* 15-inch lightweight alloy wheels
Honda Civic
Honda Civic
Honda Civic
Honda Civic
Honda Civic
2010 Volkswagen Sports Cars - VW Solar Powered Supercar Concept
It is a luxury supercar, it will only be built in a limited number of 200 units. It was designed to be able to cruise around in the year 2020. Volkswagen supercar presented at the 2010 Swansea Metropolitan University Degree Show in automotive design by Peter Wilkins not only promises to run by solar power with greater efficiency but also offers a competitive design styling.
2010 Volkswagen Sports Cars - VW Solar Powered Supercar Concept
Peter Wilkins has designed one helluva eco-friendly car for the 2010 Swansea Metropolitan University Degree Show. His supercar would run off of an electric motor powered by photovoltaic cells, or a hydrogen fuel cell stack. Peter Wilkins’ design is one of the sexiest eco-cars I have ever seen. Making earth-friendly cars that look good is a great idea.
The unique design of Wilkins permits each of the four wheels of the vehicle to be driven by an independent electric motor powered by solar energy stored in photovoltaic (PV) cells. The upper external surface of the vehicle stores the PV cells that further supply power to the mid-mounted hydrogen fuel-cell stack, which is directly linked to the electric motors. Placement of the PV cells and hydrogen fuel-cell stack form an integral part of the elegant design of the eco car that looks like part of a supercar.
The “VW Solar Powered Supercar” by designer Peter Wilkins is a concept car that demonstrates the aesthetic aspect of eco-friendly vehicles to attract more people toward sustainable commuting.
Simply known as the “VW Solar Powered Supercar”, this vehicle shows how just clean and green travel can get, and fast too. To power up, the car turns its face away from the smelly gas pump and integrates photovoltaic cells in its body instead. It uses these to juice up with solar power.
2010 Volkswagen Sports Cars - VW Solar Powered Supercar Concept
The energy generated is used to power up a mid-mounted hydrogen fuel cell stack, resulting in a drive without the smoke and the pitch-black carbon footprint supercars usually leave behind these days.
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