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This is the eVaro, a hybrid three-wheeler with sports cars performance. A Canadian company has unveiled its answer to the Tesla electric sports cars. The teardrop-shaped eVaro is a hybrid three-wheeler that combines miserly fuel consumption with sports cars acceleration. The designers of the eVaro Sports Cars Electric Vehicles Concept claim it has a top speed of more than 200km/h and can travel more than 200km on electric power only.

The makers, Future Vehicle Technologies, say the car is more practical than the electric-only Tesla because it removes the “range anxiety” that comes with an all-electric car. The electric motor can be charged at home in three hours. They claim the car has three wheels instead of four to save fuel and make the car corner better.

Here are some coolest electric vehicles, designed and produced by companies of the United States, Canada and Japan. These electric cars are on display at the 2010 Electric Vehicles Trade Show in Vancouver, Canada, on Sept. 15, 2010.

The eVaro Sports Cars Electric Vehicles Concept is an extended-range electric vehicle that uses a carbon-fiber, Kevlar, and aluminum subframe. Parker claims the car has a 120-130 mile range on electric power, and a total range of 460 miles. The eVaro uses a 1.1-liter, four-cylinder gasoline engine, and it has a total weight of about 2,000 pounds.

The striking eVaro is surprisingly easy to enter, with the large canopy opening wide. There is room for a set of golf clubs to the left of the driver. There is an exterior trunk to the right of the driver and behind the passenger, giving the car more functionality than it might at first appear.

The eVaro Sports Cars Electric Vehicles Concept is one of 43 finalists an entrant in the Automotive X-Prize, a US-based competition that will award $10 million in prizemoney to makers of a super fuel-efficient vehicle. To qualify, each entrant has to be able to achieve 100 miles to the gallon (2.3 litres per 100km), while providing acceptable performance.

FVT hopes to use the publicity surrounding the contest as a springboard to a initial production run of 3000 cars.

This is the eVaro, a hybrid three-wheeler with sports cars performance. A Canadian company has unveiled its answer to the Tesla electric sports cars. The teardrop-shaped eVaro is a hybrid three-wheeler that combines miserly fuel consumption with sports cars acceleration. The designers of the eVaro Sports Cars Electric Vehicles Concept claim it has a top speed of more than 200km/h and can travel more than 200km on electric power only.

The makers, Future Vehicle Technologies, say the car is more practical than the electric-only Tesla because it removes the “range anxiety” that comes with an all-electric car. The electric motor can be charged at home in three hours. They claim the car has three wheels instead of four to save fuel and make the car corner better.

Here are some coolest electric vehicles, designed and produced by companies of the United States, Canada and Japan. These electric cars are on display at the 2010 Electric Vehicles Trade Show in Vancouver, Canada, on Sept. 15, 2010.

The eVaro Sports Cars Electric Vehicles Concept is an extended-range electric vehicle that uses a carbon-fiber, Kevlar, and aluminum subframe. Parker claims the car has a 120-130 mile range on electric power, and a total range of 460 miles. The eVaro uses a 1.1-liter, four-cylinder gasoline engine, and it has a total weight of about 2,000 pounds.

The striking eVaro is surprisingly easy to enter, with the large canopy opening wide. There is room for a set of golf clubs to the left of the driver. There is an exterior trunk to the right of the driver and behind the passenger, giving the car more functionality than it might at first appear.

The eVaro Sports Cars Electric Vehicles Concept is one of 43 finalists an entrant in the Automotive X-Prize, a US-based competition that will award $10 million in prizemoney to makers of a super fuel-efficient vehicle. To qualify, each entrant has to be able to achieve 100 miles to the gallon (2.3 litres per 100km), while providing acceptable performance.

FVT hopes to use the publicity surrounding the contest as a springboard to a initial production run of 3000 cars.

Now the creator of the European electric sports cars, the E-Wolf, did not want to lose by giving birth to an electric-powered sports cars they called the E-2. E-E2 Wolf is a German-made electric car with a design that is best for this time as an electric vehicle. But it was not just a matter of course design that looks cool but can also be invited E2 sprinted up to speed 250 km / h and only takes less than 4 seconds to achieve speeds of 000-100 km / h, fast enough for an electric car. With an electric battery backed power capable of producing 1000 NM, the wolf was able to give off electrical power at 536 hp maximum with 738 lb-ft of torque.

e-WOLF has planned its sales launch (customised limited edition) for the beginning of 2010. (from e-Wolf Press Release) “Our aim is to offer a 2-seater extreme sports car in 2011: the 2010 E-Wolf Electric Sport Cars E-2,” said Kai Schönenberg, Marketing Manager at e-WOLF GmbH. “It will achieve dynamic vehicle performance that is sure to be very impressive.” This innovative 4-wheel drive vehicle will be powered by 4 high-performance electric motors with direct coupling. “Here at e-WOLF, we can certainly envisage our e-2 participating in a 24-hour race in the next few years,” said Schönenberg. e-WOLF is being marketed worldwide, with promotions concentrating initially on the Near East and Japan. e-WOLF is in a different league - it does not compete with the big sports car manufacturers. e-WOLF targets a market segment that has been neglected until now: extreme sports cars for a particularly elite clientele. To put it plainly: it is an electric sports car with a capacity for acceleration that puts it on the edge of technical feasibility.

The weight of the car intentionally made lighter than any other sports car due to the use of carbon fiber material. Therefore, the total weight of the car approximately 900 Kg. Remarkably again, E-Wolf has a battery charging system that is super fast compared to the system plug-in electric cars other. When the switch is connected to a conventional power source, then there will be a technology that allows the battery fully charged offers a range of 300 km (186 miles) and takes just 30 minutes to charge. Top speed is set at 250 km/h (155 mph) and 0-100 km/h(0-62 mph) should come in less than 4 seconds.

2010 E-Wolf Electric Sport Cars E-2, a sales launch is set for the beginning of 2010 and production is expected to occur in 2011.

Now the creator of the European electric sports cars, the E-Wolf, did not want to lose by giving birth to an electric-powered sports cars they called the E-2. E-E2 Wolf is a German-made electric car with a design that is best for this time as an electric vehicle. But it was not just a matter of course design that looks cool but can also be invited E2 sprinted up to speed 250 km / h and only takes less than 4 seconds to achieve speeds of 000-100 km / h, fast enough for an electric car. With an electric battery backed power capable of producing 1000 NM, the wolf was able to give off electrical power at 536 hp maximum with 738 lb-ft of torque.

e-WOLF has planned its sales launch (customised limited edition) for the beginning of 2010. (from e-Wolf Press Release) “Our aim is to offer a 2-seater extreme sports car in 2011: the 2010 E-Wolf Electric Sport Cars E-2,” said Kai Schönenberg, Marketing Manager at e-WOLF GmbH. “It will achieve dynamic vehicle performance that is sure to be very impressive.” This innovative 4-wheel drive vehicle will be powered by 4 high-performance electric motors with direct coupling. “Here at e-WOLF, we can certainly envisage our e-2 participating in a 24-hour race in the next few years,” said Schönenberg. e-WOLF is being marketed worldwide, with promotions concentrating initially on the Near East and Japan. e-WOLF is in a different league - it does not compete with the big sports car manufacturers. e-WOLF targets a market segment that has been neglected until now: extreme sports cars for a particularly elite clientele. To put it plainly: it is an electric sports car with a capacity for acceleration that puts it on the edge of technical feasibility.

The weight of the car intentionally made lighter than any other sports car due to the use of carbon fiber material. Therefore, the total weight of the car approximately 900 Kg. Remarkably again, E-Wolf has a battery charging system that is super fast compared to the system plug-in electric cars other. When the switch is connected to a conventional power source, then there will be a technology that allows the battery fully charged offers a range of 300 km (186 miles) and takes just 30 minutes to charge. Top speed is set at 250 km/h (155 mph) and 0-100 km/h(0-62 mph) should come in less than 4 seconds.

2010 E-Wolf Electric Sport Cars E-2, a sales launch is set for the beginning of 2010 and production is expected to occur in 2011.

DETROIT (Reuters) - Electric vehicles may not sell worldwide in large numbers for some years, but the CEO of electric sports car maker Venturi wants his company's racy models and high-end technology to demonstrate their potential. At the Mondial de l'Automobile 2010 in Paris, Venturi is presenting a completely new Venturi Fetish, directly based on developments undertaken for Venturi's World Records program in Bonneville, USA (2009-2012) with the Venturi "JAMAIS CONTENTE", the fastest electric vehicle in the world.

One of the stars of the 21st International Electric Vehicles Symposium (EVS21) to be held in Monte Carlo next week will be the world’s most exclusive electric car – the Venturi Fetish. Assembled by hand in Monaco and made to order, the Fetish has an asking price of 450,000 Euro (US$583,000) - not bad for a vehicle which can legitimately claim the title of being the first production electric sports car in history.

To get the very best out of such a motor, a new 54 kWh battery pack has been developed (LIV-10 Lithium Ion Polymer batteries) whose electronics (Battery Management System) have been entrusted to VENTEC, the leader in the field. Venturi Fetish offers a real range of up to 340 km. Thanks to its on-board charger, it can recharge using a regular electrical socket or fast charge terminals With over 300 hp (+220 kW) and torque of 380 Nm, the VM300 is the most advanced electric motor ever designed for a car.

With an output of over 300 HP for total weight of 1,225 kilos, 200 km/h, and 0-100 km/h in less than 4 secs, the 2010 Venturi Sport Cars Venturi Fetish Electric Sport Cars has become a "muscle car", armed and ready for battle : above all, it is more than ever before the world's sportiest and most highly perfected example of an electric car.

The first chassis specifically designed to house a large volume of batteries, the carbon monocoque developed by Venturi provides an exceptional protection cell for its occupants ; it is completed by two deformable cells positioned at the front and rear of the vehicle. This concept guarantees the security of the battery in the event of an accident and provides a level of safety never before achieved in an electric vehicle.

The Venturi Fetish is made by hand and to order in our workshops in Monaco. The production is limited, but not the program of customization, our Designer Sacha Lakic being at the arrangement of every customer to assist him in his most exclusive desires.

DETROIT (Reuters) - Electric vehicles may not sell worldwide in large numbers for some years, but the CEO of electric sports car maker Venturi wants his company's racy models and high-end technology to demonstrate their potential. At the Mondial de l'Automobile 2010 in Paris, Venturi is presenting a completely new Venturi Fetish, directly based on developments undertaken for Venturi's World Records program in Bonneville, USA (2009-2012) with the Venturi "JAMAIS CONTENTE", the fastest electric vehicle in the world.

One of the stars of the 21st International Electric Vehicles Symposium (EVS21) to be held in Monte Carlo next week will be the world’s most exclusive electric car – the Venturi Fetish. Assembled by hand in Monaco and made to order, the Fetish has an asking price of 450,000 Euro (US$583,000) - not bad for a vehicle which can legitimately claim the title of being the first production electric sports car in history.

To get the very best out of such a motor, a new 54 kWh battery pack has been developed (LIV-10 Lithium Ion Polymer batteries) whose electronics (Battery Management System) have been entrusted to VENTEC, the leader in the field. Venturi Fetish offers a real range of up to 340 km. Thanks to its on-board charger, it can recharge using a regular electrical socket or fast charge terminals With over 300 hp (+220 kW) and torque of 380 Nm, the VM300 is the most advanced electric motor ever designed for a car.

With an output of over 300 HP for total weight of 1,225 kilos, 200 km/h, and 0-100 km/h in less than 4 secs, the 2010 Venturi Sport Cars Venturi Fetish Electric Sport Cars has become a "muscle car", armed and ready for battle : above all, it is more than ever before the world's sportiest and most highly perfected example of an electric car.

The first chassis specifically designed to house a large volume of batteries, the carbon monocoque developed by Venturi provides an exceptional protection cell for its occupants ; it is completed by two deformable cells positioned at the front and rear of the vehicle. This concept guarantees the security of the battery in the event of an accident and provides a level of safety never before achieved in an electric vehicle.

The Venturi Fetish is made by hand and to order in our workshops in Monaco. The production is limited, but not the program of customization, our Designer Sacha Lakic being at the arrangement of every customer to assist him in his most exclusive desires.

This supercar is intended to be a performance-oriented sports cars, with a modern, aerodynamic exterior design. The two main designers, John Daretry and Cyril Prongué, are currently attending their fifth post A level year at the UTBM in the ergonomics, industrial design and mechanical engineering department.

E-Sphyra is a working prototype of a racing sports cars. Designed by a team of students from Belfort-Montbéliard University of Technology in France, the E-Sphyra sports cars has a fiberglass body and weighs 800 kg. The aim of the project wasto develop a sports cars with a modern design concept  cars that would be performance-oriented and integrate new technologies.

The e-Sphyra was developed on three different sites which worked in sinergy thanks to a special network. The first department worked on the architecture, the second one on the electrical parts and the third one was in charge of the making of the body.

The three departments were coordinated by Thibaut Brant, who was responsible for the project. Based on the exploratory sketches, the 3D surface modeling process was carried out using Catia V5, while the surrounding environment, required for the final renderings, was created with Hypershot.

E-Sphyra Electric Sports Cars Concept. The electric powertrain features a rear-mounted motor which delivers a total output of 100 KW. It took more than 2,000 hours for the team to construct the E-Sphyra. while the total weight of just 800 kg allows to achieve a power-to-weight ratio of 125W/kg.

 E-Sphyra Electric Sports Cars Concept

This supercar is intended to be a performance-oriented sports cars, with a modern, aerodynamic exterior design. The two main designers, John Daretry and Cyril Prongué, are currently attending their fifth post A level year at the UTBM in the ergonomics, industrial design and mechanical engineering department.

E-Sphyra is a working prototype of a racing sports cars. Designed by a team of students from Belfort-Montbéliard University of Technology in France, the E-Sphyra sports cars has a fiberglass body and weighs 800 kg. The aim of the project wasto develop a sports cars with a modern design concept  cars that would be performance-oriented and integrate new technologies.

The e-Sphyra was developed on three different sites which worked in sinergy thanks to a special network. The first department worked on the architecture, the second one on the electrical parts and the third one was in charge of the making of the body.

The three departments were coordinated by Thibaut Brant, who was responsible for the project. Based on the exploratory sketches, the 3D surface modeling process was carried out using Catia V5, while the surrounding environment, required for the final renderings, was created with Hypershot.

E-Sphyra Electric Sports Cars Concept. The electric powertrain features a rear-mounted motor which delivers a total output of 100 KW. It took more than 2,000 hours for the team to construct the E-Sphyra. while the total weight of just 800 kg allows to achieve a power-to-weight ratio of 125W/kg.

 E-Sphyra Electric Sports Cars Concept