XSeed Hybrid Sports Cars Concept by Marcos Beltrao

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

Designed to offer a unique driving experience, the XSeed Hybrid Sports Cars Concept by Marcos Beltrao seats two passengers and looks to offer the high performance of a lightweight sports car. The styling of the XSeed Hybrid Sports Cars Concept by Marcos Beltrao is unique as well, being part sports car and part buggy.  It’s open top design, wide, scooped body and large wheels speak of a dune buggy while its lower chassis and wide stance are all for sport handling. Designed to offer a unique driving experience, the hybrid XSeed concept vehicle by designer Marcos Beltrao seems to have taken it one step further. The XSeed Hybrid Sports Cars Concept by Marcos Beltrao appears to have married the idea of an electric buggy and a roadster together, thus allowing the the hybrid concept can be operated with gas and ethanol as well as an electric engine.

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

The 1600cc four-cylinder engine that the XSeed Hybrid Sports Cars Concept by Marcos Beltrao is powered by makes it a strong proposal for the sports cars market while its low weight and innovative design ensures a stand out yet economical performance on the road. The electric engine (thrusters located on each wheel), running alone or in combination with the flex engine produces excellent fuel economy.

 

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

The two engines together produce 225horsepower, making the car go from 0mph to 60mph in 4.5s. Due to the extremely lightweight and strong materials used in the XSeed Hybrid Sports Cars Concept by Marcos Beltrao, it reaches 760kg of overallweight. While driving the car, the batteries that power the electric

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

Made of carbon nanotubes, the tubular structure of the vehicle’s frame allows it to maintain a relatively low weight. The ceramic compound used to fashion the engine also helps in weight savings since it is much lighter than an engine made of aluminum only. Thanks to the silicon added to the ceramic, the engine is that it requires no cooling or lubrication and lasts longer. With lubrication and cooling being redundant features, the engine also does not need to have a radiator, hoses, pipes, filters and water and oil pumps which results in further space and weight savings for the vehicle. As a result, it loses weight and gains space and speed. The ceramic engine has its main components made of the same material. This composite has a very low thermal expansion coefficient and it resists extreme temperatures, exceeding metals.

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

Magnesium alloy is used to fashion the swanky 22-inch alloys on the vehicle. Each wheel is also fitted with independent suspension while carbon-fiber-reinforced plastic (CFRP) is used to fashion the exterior of the vehicle to further reduce the weight of the vehicle. The vehicle has an overall weight of 760kg thanks to the strong yet extremely lightweight materials used in its creation.

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

Besides the engine and chassis being lighter, all car plastic parts are manufactured using the MuCell technology that reduces the weight of the material in about 25% without a significant lossin strength. This technology is based on the addition of carbon dioxide and /or nitrogen in the plastic injection process. The external body is made of carbon-fiber-reinforced plastic (CFRP) that results in a weight loss around 15% compared to the same in aluminum. The XSeed Hybrid Sports Cars Concept by Marcos Beltrao has independent suspension in eachwheel. The wheels of 22 inches are made of magnesium alloy.

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

Everything about the XSeed Hybrid Sports Cars Concept by Marcos Beltrao is based on current technologies being developed and so everything on the concept car is a real possibility. A very cool design thrustersare recharged by the regenerative brakes and shock absorbers system, which recover energy from brakes and oscillation of the shock absorbers. Thus, the autonomy of the XSeed Hybrid Sports Cars Concept by Marcos Beltrao increases up to 60%. and thoughtful amalgamation of several new-tech possibilities. Hopefully Marcos Beltrao, the man behind this concept will soon bring this car into production to make our dreams come true.

XSeed Hybrid Sports Cars Concept by Marcos Beltrao

Cars , Concept Car , Electric Car , Electric Sport Cars , Hybrid Car , Hybrid Sports Cars , Sport Cars , Sport Cars Concept , XSeed

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

2012 Infiniti Electric Sports Car Emerg-e with range-extender, initially presented with a concept-car 2012 Geneva Motor Show will be on display at Goodwood and Infiniti has constructed a running prototype that produces 402bhp from its two electric motors. After first showing it as a concept at the 2012 Geneva Motor Show, Infiniti has turned the stunning Emerg-E into a fully working prototype and plans to drive in front of a public audience at this month’s 2012 Goodwood Festival of Speed. Goodwood is the most famous English meeting for cars whether they are oldtimers, actual or future vehicles, but all legendary! Therefore, Infiniti naturally chose this event to host the first public exhibition of the Emerg-e in motion.

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

The Infiniti Emerg-E Concept, is a highly advanced mid-ship sports car that provides an exciting glimpse into Infiniti's future. 2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show is physical proof of Infiniti's intention to produce a bold halo model befitting the brand's promise of Inspired Performance, and also signals an array of exciting new technologies that the brand will adopt in its quest to build dramatic and sustainable high performance cars. 2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show also provides a fresh expression of Infiniti's design language applied to a high performance, mid-ship sports car for the first time. The main challenges will be the cost of the motors and the need to outsource the car’s carbonfibre body. Infiniti’s product planning boss, Francois Bancon, said, “There is nothing really difficult to do except the carbonfibre, where we need a high-level partner.” He envisaged the Emerg-e would cost around “$150,000 (£95,000). 2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show is also significant for being the first Infiniti that has been developed in Europe. More than that, its advanced technology deliberately draws on the knowledge of suppliers beyond Infiniti's usual base in the quest to uncover the most innovative hardware and the deepest knowledge base.

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

Infiniti chiefs say it is “feasible” to build a production version of its Emerg-e extended-range electric sports car. Infiniti has constructed a running prototype that produces 402bhp from its two electric motors. But Bancon and Infiniti’s chiefs were adamant, and Hardcastle’s team set to work on the Emerg-e. Unveiled today at the Geneva motor show, the extended-range electric car aims to marry sports car performance with Infiniti standards of luxury and zero-emissions driving.

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

Power for the sleek, rear-drive, two-seat Emerg-e comes from a pair of electric motors with a combined output of 300kW (402bhp), and the 2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show is capable of 30 miles of travel under electric power alone. With the range extender – a Lotus-derived 1.2-litre, three-cylinder petrol engine – up to 300 miles is possible between refills. When the battery becomes low, the engine acts a generator to extend the car's range an additional 270 miles (434 km). Imagine a superfast, near silent sports car, cruising the neon-lit streets of an after-dark London. This is the compelling image that gave birth to 2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show, and this concept is its realisation.

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

Infiniti Emerg-E is a highly advanced, mid-ship, electric motors powered sports car concept. It projects Infiniti's already-advanced electric vehicle technology deep into the future with a range-extender powertrain that delivers the performance expected of sports car bearing the Infiniti badge. Combining thrilling performance with the scope to drive in urban conditions for up to 30 miles with zero emissions, it emits no more than 55g/km of CO2 (NEDC cycle) over a 300 mile combined range. Infiniti Emerg-E lays down a radical new marker for mid-ship sports cars, and explores one of a number of the alternative propulsion avenues that Infiniti is considering.

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

Creating a sporty, dynamic and unusual flagship is one inspiration for the 2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show programme, but equally important is Infiniti's continued exploration of alternative propulsion systems, a logical next-step for a company that is already selling the advanced Infiniti M35h. That exploration takes an unusual form with Infiniti Emerg-E, its range-extender driveline a first for Infiniti.

2012 Infiniti Electric Sports Car Emerg-e At Geneva Motor Show

The Emerg-E Concept is a mid-ship electric motors powered sports car concept. It projects Infiniti’s electric vehicle technology deep into the future with a range-extender powertrain.
It has a light, ultra-compact, Lotus-engineered three-cylinder 1.2 liter 35kW engine. It operates between crank speeds of 1,500-4,000rpm, producing peak power at only 3,500rpm. Its range-extender driveline is the first for Infiniti.

2012 , Cars , Concept Car , Electric Car , Electric Sport Cars , Infiniti , Sport Cars , Sport Cars Concept , Zero Emissions

2012 Varley Sport Cars evR450 Ultra-light Electric Car

2012 Varley Sport Cars evR450 Ultra-light Electric Car

Varley is an Australian company that up until now has made nothing but utilitarian electric baggage carts and the like. A new powerful electric car is going to be built by an Australian firm that specializes in aerospace, defense and EVs. The whole world is looking for either electric or hybrid materials. Powerful sports cars from Australia is now not only belong to the Holden Commodore and Ford Falcon. There is a special 2012 Varley Sport Cars evR450 Ultra-light Electric Car, who was present as an electric car or do not cause pollution.

2012 Varley Sport Cars evR450 Ultra-light Electric Car

Therefore, this is not surprising to see the automakers hitting the same technology in making new vehicles. Going on the same way, 2012 Varley Sport Cars evR450 Ultra-light Electric Car has produced a head turning electric vehicle, R450. The 2012 Varley Sport Cars evR450 Ultra-light Electric Car is new, but the producers and engineers of the car are around in the market for around 125 years. Varley manufactures many kind of vehicles for airports and hospitals.

2012 Varley Sport Cars evR450 Ultra-light Electric Car

The Australian company unveiled their ev prototype in Brisbane at the third annual Australian Electric Vehicle Conference. The prototype of the Varley evR450, which costs just under $215,000. This conference will manage the market introduction of this EV, their impact on the electric supply, role of EV in greener transportation and provision of charging infrastructures.
The materials used in the vehicle make the car extremely lightweight and the 125-year-old company looks forward to collaborating with experts from Tritium and Ultramotive in order to introduce new features in its vehicle.

2012 Varley Sport Cars evR450 Ultra-light Electric Car

The 2012 Varley Sport Cars evR450 Ultra-light Electric Car moves on battery, so there will be zero carbon emission from the engine and it will not create any pollution. Varley has not confirmed yet, but the braking system of the 2012 Varley Sport Cars evR450 Ultra-light Electric Car is built in such a way that whenever the brake is applied, it charges the battery. Not everyone in Australia has V8 under the hood. R450 runs with two ultra motive carbon motors each with a peak power of 150kW/210 HP and 522 Nm of torque and offers continuous power supply of 58kW/122Nm. Weight of the motors is only 40kg (excluding inductors), the 300Kw/420 HP power will be moving a very light vehicle.

2012 Varley Sport Cars evR450 Ultra-light Electric Car

This 2012 Varley Sport Cars evR450 Ultra-light Electric Car is embedded lithium-ion batteries with a capacity of 24 kWh. The use of a battery is capable of making this car can be raced as far as 100 miles before filling more power for 8 hours in the stop-contact. Batteries are also able to give strength to the electric car is to be able to accelerate from rest to 100 km/h in just 3.8 seconds and reaches a top speed of 200 km/hour.
The electric car can sprint to 100km/h (62mph) from standstill in 3.8 seconds and has an electronically limited top speed of 200 km/h (125mph). In case an extra lithium-ion battery pack is added, the range of the car will double from 150km (93.21 miles) to 300km. The batteries used in the car can be recharged if plugged in to mains power.

2012 Varley Sport Cars evR450 Ultra-light Electric Car

“You’ll see this car on the road most rapid Queensland in January 2012. We are proud to bring these technologies together Tritium and Ultramotive as local partners engaged in this technology,” said John Varley Bettini of Electric Vehicles. Australia’s first locally designed and manufactured electric supercar will go on sale from January 2012, the estimated retail price is below the $ AU 200,000 ($ 213,000 U.S. or € 151,000). Varley has not disclosed the exact price right now.

2012 , Electric Car , Electric Sport Cars , Hybrid Car , Hybrid Sports Cars , Sport Cars , Super Cars , Varley

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

The Lamborghini Rompighiaccio Electric Concept is one example of their new drawings. This was designed by Denis Archambault and wants to be the next future supercar. Lamborghini releases on the market amazing fast cars almost every year, proving that incredible vehicles can be manufactured by imperfect human beings.

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

All the Lamborghini cars are usually impressive because of their exterior design which is meant to follow the aerodynamic rules in order to improve the top speed of these supercars. In addition, the Italian automaker tried to improve each and every one of the components used for manufacturing the cars no matter if it was about the main material (nowadays mainly carbon fiber) used to build the frame and the interior of the car or about the engineering and technical components.

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

The Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault that allows an eco drive without compromising on luxury. Conceived by designer Denis Archambault, the electric car draws inspiration from the snow sculpts created by wind in the Arctic landscape to provide a zero-emission ride in utmost luxury. The rear spoiler of the Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault adjusts its shape to lower the speed without much braking force.

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

The vehicle takes inspiration from the snow sculpts created by wind in the Arctic landscape and also by a wolf’s anatomy. The absence of the distinctive engine allows utilization of space in a better way.

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

Being an electrical model, the Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault will not feature it’s bulky engine that other cars have and because of this, there will be more interior space to use. Nevertheless, the Rompighiaccio is said to deliver the same or even better performance as it’s competitor models, which is frankly a very daring statement. It will be interesting to see a Lamborghini will have more or less the same power and also have no emissions.

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

With a zero-emission electric drive, the Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault will not produce any emissions, while offering the same performance as its gas-powered competitors. The interiors have also been created to give a new experience to the occupants. The seats move and get closer as the speed of the car increases.

The passenger seat can also be removed completely, bringing the driver in the center of the Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault, a position most favorable when riding this beast on a race track. The rear spoiler also adjusts its shape at high speeds to lower the speed without using much braking force.

Lamborghini Sport Cars Rompighiaccio Electric Concept by Denis Archambault

This future Lamborghini is unique due to its ultra modern and compact design that is completed with an interior that goes to the next level when it comes to luxury. The competition between these two “green” supercars will be fierce, but interesting and exciting for the ones that will take advantage of the final products.

Electric Car , Electric Sport Cars , Lamborghini , Lamborghini Concept Cars , Lamborghini Sports Cars , Lamborghini Sports Cars Concept , Sport Cars , Sport Cars Concept , Super Cars

2014 BMW Sport Cars i8 Concept

2014 BMW Sport Cars i8 Concept

The BMW i8 Concept retains much of the theatre and excitement of the BMW Vision EfficientDynamics concept that first previewed the futuristic sports car design at Frankfurt in 2009, and starred at the 2011 Australian International Motor Show in Melbourne last month. Sometimes it is time to leave the city. Escape the restrictions of everyday life. The BMW i8 is an icon of progress. It combines the energizing performance of a sports car with benchmark efficiency.

2014 BMW Sport Cars i8 Concept

Unlike the Vision concept which utilised a diesel engine, the new 2014 BMW Sport Cars i8 Concept adopting a hybrid setup with an electric motor and a 1.5-liter gasoline unit. The 1.5-litre three-cylinder turbocharged petrol engine produces an astonishing 164kW of power and 300Nm of torque. To give that some perspective, the current BMW 125i is powered by a 3.0-litre inline-six with 160kW of power and 270Nm of torque – double the capacity, double the cylinders, 4kW less power, 30Nm less torque.

The 2014 BMW Sport Cars i8 Concept and the fascinating approach that underpins it embody the vision of a sustainable contemporary sports car brought to life. Its innovative plug-in hybrid concept combines the modified electric drive system from the BMW i3 Concept - fitted over its front axle - wîth a high-performance three-cylinder combustion engine producing 164 kW (220 hp)/300 Nm (221 lb-ft) at the rear.

2014 BMW Sport Cars i8 Concept

The electric motor in the 2014 BMW Sport Cars i8 Concept is a full-capability unit which can also power the car on its own, if required. However, working in tandem allows the two drive systems to display their respective talents to the full, delivering the performance of a sports car but the fuel consumption of a small car.

2014 BMW Sport Cars i8 Concept

Assisting the petrol engine is 96kW/250Nm electric motor, which draws power from a lithium-ion battery. With a combined maximum power output of 260kW and 550Nm, the i8 Concept is capable of accelerating from 0-100km/h in just 4.6 seconds (80-120km/h in 4.0 seconds) and will go on to an electronically limited top speed of 250km/h.

2014 BMW Sport Cars i8 Concept

These impressive features of the German sports car are even greater considering that BMW announced a combined fuel consumption of only 2,7 liters/100 km. In terms of dimensions, the i8 Concept measures 4,6m long, 1,9m wide and 1,2m tall.

2014 BMW Sport Cars i8 Concept

The great power amount offered by the new i8 is also valued by the low total mass of only 1,480 kilograms achieved by using a carbon fibre-reinforced plastic (CFRP) body and an aluminum chassis. The Germans claim that they managed to obtain a 50/50 weight distribution by mounting the engines on each axle, this achievement bringing significant advantages.

2014 BMW Sport Cars i8 Concept

The weight of every component inside the 2014 BMW Sport Cars i8 Concept has been minimised down to the very last detail, allowing the extra weight of the electric drive system and battery to be cancelled out. The 2014 BMW Sport Cars i8 Concept therefore presents the ideal environment in which to sample this very special drive concept on the road. The passengers sit - in typical sports car style - in an extremely low and enclosed position inside the CFRP-constructed Life module (mounted above the Drive module).

2014 BMW Sport Cars i8 Concept

“The sporting character continues into the interior. Boasting a driver-focused environment unmatched by any BMW Group vehicle before it, the 2014 BMW Sport Cars i8 Concept immerses the driver fully in the unique driving experience. The BMW i8 Concept is the sports car for a new generation – pure, emotional and sustainable,” adds BMW.

2014 BMW Sport Cars i8 Concept

Far from just being a performance car, however, the i8 Concept can also be driven in fully electric zero-emissions mode for up to 35km. A full recharge of the battery from a standard power socket takes approximately 105 minutes.

2014 BMW Sport Cars i8 Concept

The navigation system also calculates the best way to manage energy consumption for the trip to ensure that it operates at peak performance and optimal efficiency when required. Under the European driving cycle, the 2014 BMW Sport Cars i8 Concept uses fuel at a rate of just 2.7 litres/100km combined, making it one of the most fuel efficient internal combustion engined automobiles in history.

A production version of the BMW i8 Concept is expected to go on sale in Australia in 2014 with a predicted price tag of $300,000.

2014 BMW Sport Cars i8 Concept

BMW Sport Cars i8 Concept specifications:

# High performance 3-cylinder petrol engine (164 kW) in rear with i3's electric motor (limited to 96 kW) in front

# Total torque of 550 Nm (300Nm petrol engine + 250 Nm electric motor)

# 3 driving modes - electric, petrol, or both engines at once

# 1,480 kg

# 0-100kph (62mph): 4.6 seconds

# Top speed: 250kph (limited)

# 2.7 L/100km fuel economy

# 35km pure electric range

# 4 seater

# 50:50 distribution

# Market Launch: 2014

2014 , BMW , BMW Cars , BMW Concept Cars , BMW Sport Cars , Concept Car , Electric Car , Electric Sport Cars , Hybrid Car , Hybrid Sports Cars , Sport Cars , Sport Cars Concept

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept

Nissan will unveil a racing variant of the Leaf electric car at the 2011 New York Auto Show, but the Nissan Leaf NISMO RC has little in common with its more pedestrian "sibling." NISMO started with a lithium ion battery pack and badging from a stock Leaf, then built a completely new vehicle around it.

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept

Despite featuring the same electric underpinnings as the production LEAF which went on sale in the US, Europe and Japan in December, the 2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept – for ‘Racing Competition’ – is a genuine performance hatch. According to Nissan engineers, the 2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept has achieved 0-100km/h sprint times of 6.85 seconds in preliminary testing, making it faster than a Volkswagen Golf GTI. Its top speed is a less spritely but still impressive 150km/h.

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept, the name that is written on its back panel just under the huge rear-wing. Its powertrain is 100% zero-emission Lithium-ion battery design, just like the one on the world’s first affordable mass market electric vehicle. Despite the lack of rear doors, rear seat, audio system, navigation, and other amenities, there is obvious family resemblance. But that’s where the similarities of the production Nissan Leaf and the Nissan Leaf Nismo RC end.

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept

There are no rear doors; the carpeting, navigation and stereo system are gone; and the battery pack has been relocated to the middle of the vehicle for better weight distribution. Speaking of weight, the 2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept is about 40 percent lighter than the production Leaf, as a carbon fibre monocoque platform and more compact dimensions cut total weight to just 2,068 pounds. The race-ready Leaf is also a foot shorter and 6.7 inches wider, and with a scant 2.4 inches of ground clearance.

The 2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept was created at the Nissan Global Design Centre in Japan and features removable front and rear sections, driver-adjustable rear wing, fixed windows, LED headlights, four-coat Pearl White paint, 18-inch six-spoke alloy wheels and Bridgestone racing tyres.

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept designed as a true racing machine car, starting with its full carbon fiber. The three body parts includes removable front and rear, fixed windows, LED headlights and taillights and rear wing adjustable. Special paint pearl white coat with 4-blue Nismo / Zero Emission graphics complete the exterior. 2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept, which the “RC” stands for Racing Competition – makes its world debut at the 2011 New York International Auto Show, built to deliver a new meaning to the term “Racing Green.”

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept

Nissan says the NISMO RC will be used for demonstration purposes, so don't expect this Leaf to compete any time soon. The automaker does say, however, that it's considering a zero-emission spec series for the future. With an estimated run time of 20 minutes under racing conditions, the 30 minute quick-charge time (to achieve 80 percent capacity) would make for some leisurely pit stops. When the 2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept is in motion, its 80kW AC motor generates 107 horsepower and 207 pound-feet of torque; good enough for a 0-60 time of 6.85 seconds and a 150-kph top speed of 93 miles per hour. It is projected to have a running time of around 20 minutes under racing conditions.

2012 Nissan Sport Cars Nissan Leaf Nismo RC Concept

“Combining the talents of Nismo, Nissan’s world renowned motorsports group, and engineers behind some of the company’s Super GT and FIA GT1 race teams, the Nissan Leaf Nismo RC will serve as a rolling laboratory for the accelerated development of EV and aerodynamic systems, as well as a platform for the development of new green motorsports series,” said Carlos Tavares, chairman, Nissan Americas in a statement. “Nissan LEAF owners are fully embracing this new world of zero emission technology. We believe the same potential exists in the motorsports world as well, with Nissan proud to be first on the starting grid.”

2012 , Concept Car , Electric Car , Electric Sport Cars , Nissan , Nissan Cars , Nissan Concept Cars , Nissan Electric Sports Cars , Nissan Sports Cars , Racing Car , Sport Cars , Sport Cars Concept