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The hard top echoes the feel of this intense, high-tech assembly: It uses preformed profile technology derived from the world of sailing. It blends with the body, creating the illusion of a Coupé. The Peugeot SR1, however, radiates the same visual strength, with or without the hard top. Finally, the Peugeot SR1 Concept displays the new Peugeot Lion badge. Redesigned, finely worked and sculpted, it mirrors perfectly the perception of the vehicle as a whole.

Overall the Peugeot SR1 concept car gives the impression it has been carved from a solid block of material, monolithic, protective, sculptural and dynamic. At every moment it makes a great play on contrasts: purity and technological sophistication, authenticity and advanced technologies, expressiveness and understatement. making it a car that is quite simply. desirable!

The interior ambience blends colours and materials, with strong references to "a past motoring era" combined with "the latest advanced technology". Inside the vehicle, patinated leather and different grained wood are examples of the use of authentic and natural materials, warm, sensual and charged with history, that blend seamlessly with, "high tech" materials such as nickel and satin-finished chrome.

The Peugeot SR1 Concept also blends styles in terms of its technical characteristics. For example, it incorporates HYbrid4 technology, which will be launched in the Peugeot 3008 in 2011. In the Peugeot SR1, at the front, a 1.6 litre THP petrol engine with a power of 160 kW (218 bhp), is combined with a rear electric motor developing 70 kW (95 bhp). In electric only mode, the car becomes a ZEV (Zero Emission Vehicle), while its combined cycle fuel consumption is only 4.9 litres/100 km or 119 g/km of CO2. When the two powertrains operate simultaneously, the SR1 develops a potential maximum power of 230 kW (313 bhp) and also benefits from 4-wheel drive.

Using HYbrid4 technology, which will eventually become available on different models in the Peugeot range, the SR1 concept offers convincing proof that driving pleasure can be combined with environmental friendliness.

The vehicle’s dynamic efficiency is enhanced by the use of a rigid, lightweight structure comprising of a one-piece body and a tubular chassis onto which are mounted the mechanical components and suspension, which consists of double wishbones with drop links both at the front and the rear.

For even greater driving precision, the Peugeot SR1 Concept benefits from the adoption of 4-wheel steering. The turning angle of the rear wheels is controlled as a function of the vehicle speed, via motorised links on the rear wishbones, giving the vehicle superb agility under all circumstances.

The Peugeot SR1 Concept car will be unveiled to the general public at the 2010 Geneva Motor Show.

The hard top echoes the feel of this intense, high-tech assembly: It uses preformed profile technology derived from the world of sailing. It blends with the body, creating the illusion of a Coupé. The Peugeot SR1, however, radiates the same visual strength, with or without the hard top. Finally, the Peugeot SR1 Concept displays the new Peugeot Lion badge. Redesigned, finely worked and sculpted, it mirrors perfectly the perception of the vehicle as a whole.

Overall the Peugeot SR1 concept car gives the impression it has been carved from a solid block of material, monolithic, protective, sculptural and dynamic. At every moment it makes a great play on contrasts: purity and technological sophistication, authenticity and advanced technologies, expressiveness and understatement. making it a car that is quite simply. desirable!

The interior ambience blends colours and materials, with strong references to "a past motoring era" combined with "the latest advanced technology". Inside the vehicle, patinated leather and different grained wood are examples of the use of authentic and natural materials, warm, sensual and charged with history, that blend seamlessly with, "high tech" materials such as nickel and satin-finished chrome.

The Peugeot SR1 Concept also blends styles in terms of its technical characteristics. For example, it incorporates HYbrid4 technology, which will be launched in the Peugeot 3008 in 2011. In the Peugeot SR1, at the front, a 1.6 litre THP petrol engine with a power of 160 kW (218 bhp), is combined with a rear electric motor developing 70 kW (95 bhp). In electric only mode, the car becomes a ZEV (Zero Emission Vehicle), while its combined cycle fuel consumption is only 4.9 litres/100 km or 119 g/km of CO2. When the two powertrains operate simultaneously, the SR1 develops a potential maximum power of 230 kW (313 bhp) and also benefits from 4-wheel drive.

Using HYbrid4 technology, which will eventually become available on different models in the Peugeot range, the SR1 concept offers convincing proof that driving pleasure can be combined with environmental friendliness.

The vehicle’s dynamic efficiency is enhanced by the use of a rigid, lightweight structure comprising of a one-piece body and a tubular chassis onto which are mounted the mechanical components and suspension, which consists of double wishbones with drop links both at the front and the rear.

For even greater driving precision, the Peugeot SR1 Concept benefits from the adoption of 4-wheel steering. The turning angle of the rear wheels is controlled as a function of the vehicle speed, via motorised links on the rear wishbones, giving the vehicle superb agility under all circumstances.

The Peugeot SR1 Concept car will be unveiled to the general public at the 2010 Geneva Motor Show.

The all-new 2011 Honda CR-Z sport hybrid coupe, making its U.S. production debut at the North American International Auto Show in Detroit, introduces sleek styling and sporty handling to the hybrid segment, American Honda Motor Co., Inc., announced today.

John Mendel, executive vice president of sales for American Honda, said "The CR-Z is a personal sport hybrid coupe for people with a spirit of adventure and an elevated sense of responsibility toward the environment, it's the first hybrid designed to maximize style and fun, in addition to efficiency and economy."

Set to go on sale late summer in the U.S., the CR-Z is powered by a 1.5-liter i-VTEC engine with Honda's compact and lightweight Integrated Motor Assist (IMA) hybrid-electric system. The two-passenger CR-Z introduces a new three-mode drive system that allows the driver to select between Sport, Econ (Economy) and Normal driving modes. The two trim levels include the well-equipped CR-Z and the feature-rich CR-Z EX. A six-speed manual transmission is standard equipment and a Continuously Variable Transmission (CVT) is available. Standard features on the CR-Z include Vehicle Stability Assist, an AM/FM/CD/USB audio system with six speakers, automatic climate control, power windows and door locks, remote entry, cruise control, and more. The CR-Z EX adds, High-Intensity Discharge (HID) Headlights with Auto-On/Off, fog lights, a 360-Watt AM/FM/CD premium audio system with seven speakers including subwoofer, Bluetooth® HandsFreeLink®, perforated leather-wrapped steering wheel, and more. The CR-Z EX is available with the Honda Satellite-Linked Navigation System1 with voice recognition.

The foundation of the 2011 Honda CR-Z Sport Hybrid Coupe’s hybrid powertrain is a 4-cylinder, 16-valve, single overhead cam engine with “intelligent” Variable Valve Timing and Lift Electronic Control (i-VTEC) that receives additional power from the IMA system’s DC brushless electric motor. The system delivers a combined peak output of 122 horsepower2 at 6,000 rpm and 128 lb-ft. of torque2 at 1,000 to 1,500 rpm (123 lb-ft on CVT-equipped models). The Honda CR-Z Sport Hybrid Coupe standard six-speed manual transmission is engineered for optimal acceleration performance in gears one through five and for optimal fuel economy in sixth gear.

The CR-Z's three-mode drive system allows the driver to select between individual modes of performance for Sport, Normal and Economy driving styles. The system is activated via three backlit buttons to the left of the steering wheel.

The Sport mode enhances multiple vehicle systems for performance including the engine throttle responsiveness, electric power steering effort and the electric motor power assist. The inner ring of the tachometer illuminates red when the vehicle is in Sport mode.

During Econ mode operation, the engine's responsiveness is tuned for optimal economy, the electric motor assist gives priority to fuel efficiency and the air conditioning system can reduce its overall load on the engine. The inner ring of the tachometer transitions between blue and green when the vehicle is in Econ mode, with the green representing more ecological driving.

Normal mode provides standard settings for steering, engine response, motor assist and air conditioning. Similar to Econ mode, the tachometer ring transitions between blue and green when the vehicle is in normal mode, with the green representing more ecological driving. Like the Honda Insight, the CR-Z offers an Eco Guide and Eco scoring feature to help drivers track progress of efficient driving styles.

The all-new 2011 Honda CR-Z sport hybrid coupe, making its U.S. production debut at the North American International Auto Show in Detroit, introduces sleek styling and sporty handling to the hybrid segment, American Honda Motor Co., Inc., announced today.

John Mendel, executive vice president of sales for American Honda, said "The CR-Z is a personal sport hybrid coupe for people with a spirit of adventure and an elevated sense of responsibility toward the environment, it's the first hybrid designed to maximize style and fun, in addition to efficiency and economy."

Set to go on sale late summer in the U.S., the CR-Z is powered by a 1.5-liter i-VTEC engine with Honda's compact and lightweight Integrated Motor Assist (IMA) hybrid-electric system. The two-passenger CR-Z introduces a new three-mode drive system that allows the driver to select between Sport, Econ (Economy) and Normal driving modes. The two trim levels include the well-equipped CR-Z and the feature-rich CR-Z EX. A six-speed manual transmission is standard equipment and a Continuously Variable Transmission (CVT) is available. Standard features on the CR-Z include Vehicle Stability Assist, an AM/FM/CD/USB audio system with six speakers, automatic climate control, power windows and door locks, remote entry, cruise control, and more. The CR-Z EX adds, High-Intensity Discharge (HID) Headlights with Auto-On/Off, fog lights, a 360-Watt AM/FM/CD premium audio system with seven speakers including subwoofer, Bluetooth® HandsFreeLink®, perforated leather-wrapped steering wheel, and more. The CR-Z EX is available with the Honda Satellite-Linked Navigation System1 with voice recognition.

The foundation of the 2011 Honda CR-Z Sport Hybrid Coupe’s hybrid powertrain is a 4-cylinder, 16-valve, single overhead cam engine with “intelligent” Variable Valve Timing and Lift Electronic Control (i-VTEC) that receives additional power from the IMA system’s DC brushless electric motor. The system delivers a combined peak output of 122 horsepower2 at 6,000 rpm and 128 lb-ft. of torque2 at 1,000 to 1,500 rpm (123 lb-ft on CVT-equipped models). The Honda CR-Z Sport Hybrid Coupe standard six-speed manual transmission is engineered for optimal acceleration performance in gears one through five and for optimal fuel economy in sixth gear.

The CR-Z's three-mode drive system allows the driver to select between individual modes of performance for Sport, Normal and Economy driving styles. The system is activated via three backlit buttons to the left of the steering wheel.

The Sport mode enhances multiple vehicle systems for performance including the engine throttle responsiveness, electric power steering effort and the electric motor power assist. The inner ring of the tachometer illuminates red when the vehicle is in Sport mode.

During Econ mode operation, the engine's responsiveness is tuned for optimal economy, the electric motor assist gives priority to fuel efficiency and the air conditioning system can reduce its overall load on the engine. The inner ring of the tachometer transitions between blue and green when the vehicle is in Econ mode, with the green representing more ecological driving.

Normal mode provides standard settings for steering, engine response, motor assist and air conditioning. Similar to Econ mode, the tachometer ring transitions between blue and green when the vehicle is in normal mode, with the green representing more ecological driving. Like the Honda Insight, the CR-Z offers an Eco Guide and Eco scoring feature to help drivers track progress of efficient driving styles.

Mercedes-Benz BlitzenBenz concept car Production year theoretical 2025. Brilliant and outstanding is what every car lover will exclaim when will see this BlitzenBenz concept car. The Mercedes-Benz BlitzenBenz concept was created by George Yoo, a designer at Mercedes-Benz Research and Development in Carlsbad, California. The BlitzenBenz was developed during his final year at the Art Center College of Design in Pasadena.

Created by George Yoo as a futuristic racing vehicle, BlitzenBenz concept is derived from two different sources. And let me tell you the roots of its design are in the past. The main inspiration behind the idea is from original Blitzen-Benz from 1909 that had a long tubular shape and rear cab positioning. On the other, Alex Erlandson work of creating sculptures from trees that were grown into certain shapes/patterns influenced Yoo considerably to contemplate what if automotive parts were to be grown and tamed to hold certain shapes.

Obviously the technology is not quite there yet to create such a vehicle, but the current research into nanotechnology is paving the way for intelligent and adaptable components which can be grown instead of manufactured. It's an incredibly interesting prospect which would completely alter the way cars are built, maintained, upgraded and recycled.

The exterior design is a base for the organic structure and the individual wheel pods are there to sense as to when the inside electric motors need to be cooled down. When the cooling will be required, these structures will open up in the same way as the plants do to receive the vital sunlight.

To run this Mercedes-Benz BlitzenBenz, there is an advanced next-generation Hygenius hybrid hydrogen engine and four in-wheel electric motors. The inspiration for the blue lightening system came from bioluminescent capabilities of deep sea creatures. Also, a hydrogen storage tank is just below the cockpit and the fuel level is shown in a small window.

Though, woefully, there is no technology to make this vehicle as such, but the progressing research into nanotechnology will surely open the way for components that can be grown than manufactured, changing the way cars will be built or maintained in future.

Mercedes-Benz BlitzenBenz concept car Production year theoretical 2025. Brilliant and outstanding is what every car lover will exclaim when will see this BlitzenBenz concept car. The Mercedes-Benz BlitzenBenz concept was created by George Yoo, a designer at Mercedes-Benz Research and Development in Carlsbad, California. The BlitzenBenz was developed during his final year at the Art Center College of Design in Pasadena.

Created by George Yoo as a futuristic racing vehicle, BlitzenBenz concept is derived from two different sources. And let me tell you the roots of its design are in the past. The main inspiration behind the idea is from original Blitzen-Benz from 1909 that had a long tubular shape and rear cab positioning. On the other, Alex Erlandson work of creating sculptures from trees that were grown into certain shapes/patterns influenced Yoo considerably to contemplate what if automotive parts were to be grown and tamed to hold certain shapes.

Obviously the technology is not quite there yet to create such a vehicle, but the current research into nanotechnology is paving the way for intelligent and adaptable components which can be grown instead of manufactured. It's an incredibly interesting prospect which would completely alter the way cars are built, maintained, upgraded and recycled.

The exterior design is a base for the organic structure and the individual wheel pods are there to sense as to when the inside electric motors need to be cooled down. When the cooling will be required, these structures will open up in the same way as the plants do to receive the vital sunlight.

To run this Mercedes-Benz BlitzenBenz, there is an advanced next-generation Hygenius hybrid hydrogen engine and four in-wheel electric motors. The inspiration for the blue lightening system came from bioluminescent capabilities of deep sea creatures. Also, a hydrogen storage tank is just below the cockpit and the fuel level is shown in a small window.

Though, woefully, there is no technology to make this vehicle as such, but the progressing research into nanotechnology will surely open the way for components that can be grown than manufactured, changing the way cars will be built or maintained in future.