Driven: Nissan Leaf

Having announced that they were to be building the Leaf EV at their Washington plant in the UK, Nissan have been taking the car around the UK on a whistle-stop tour of Europe.

Whilst the car was on display at one of the few public showings, Tarmac managed to get a drive in the prototype. Whilst the test car is based on the Tiida model, the running gear is very similar to that which will be seen in the production Leaf in a few years time.

First impressions of the concept car are good. It looks, too all intents and purposes, like a regular car. This of course is for good reason, as regular cars are what people actually want. With the best intentions in the world, electric quadricycles like Reva's G-Wiz will never become commonplace as they can't offer the space and pace that people accept from the cars they're used to.

To this end then, the Leaf is off to a good start. It's a five-door hatchback with space for five, a good boot, and an inoffensive shape that manages to retain a bit of character. The front is modern and equipped with large headlights similar to those on the Ford Fiesta, and the rear has a hint of the last-generation Renault Megane about it. Even the interior is much like a normal car, with normal controls and two hooded instrument clusters. Only the large digital display in the centre console really hints at the Leaf's high-tech drivetrain.

From this point, the package starts looking quite different from regular cars. The shape has been specially designed for aerodynamic efficiency - those lights split airflow over the mirrors to reduce drag, and thanks to LED technology consume less power, too. The large Nissan badge on the nose sits on a hinged flap that opens up to reveal two charging points, one for quick chargers that can provied up to 80% charge in half an hour, and the other for a more leisurely charge. Range is around 100 miles which doesn't sound like a lot, but most research seems to suggest that the majority of journeys in the UK are over fewer than eight miles, so even if you didn't put the car on charge every night most people would still have enough for ten journeys.

The batteries themselves are stored under the cabin floor. The electric motor they power delivers 80kw of power, or around 107bhp. They also give a huge 280nm (206lb ft) of torque from zero rpm.

Sitting behind the wheel of the Tiida-based test car and moving off, this torque is immediately noticeable. Movement is instant and remarkably smooth in a way that even the best automatic transmission in a regular car can't manage. Throttle response can't be faulted. The silence is rather eerie at first but it makes the car seem supremely relaxing to drive - I suspect that the utter silence and smooth power delivery would make even the worst city driving seem far less stressful. As would the controls, which are simplicity in themselves - a tiny joystic selects drive (left and back), reverse (left and forwards) and a little button on the top selects park.

The test car didn't have regenerative braking but the production Leaf will do. As such, the brakes felt quite sharp, having probably been beefed up in the test car to make up for the lack of engine braking. Normally, simply backing off the power would see significant braking from the motor - to the point where using the car's brakes would be an uncommon occurence in town.

Propulsion aside, it again feels just like a regular petrol or diesel powered car. It's difficult to make too accurate a judgement on the finished product given that I only got a three laps of a very short circuit in which to test the car, but both ride and steering seemed fine - presumably no different from the petrol-powered Tiida. Again, this is important in attracting the buying public to the car - all the benefits of EV technology but with none of the drawbacks of cars like the G-Wiz.

Overall, I came away very impressed with the Leaf and itching to have another go. Electric cars are rapidly getting to the point where they can be considered serious alternatives to petrol and diesel cars for many people.

Of course, this is very much price-dependant. The number being thrown about at the moment is around £27,000 which is a lot for a small family car, but as with any technology the early adopters will bear the brunt of higher prices and this will bring down the unit cost for the manufacturers.

The Nissan Leaf is a good car even at this early stage, and a serious indication by Nissan that electric cars can walk the walk as well as talking the talk.

You can follow updates on the Nissan Leaf on their twitter page: https://twitter.com/UKNissanLEAF

All photos: ©Tarmac 2010

Autocar reveals first picture of Murray T25

Autocar have published the first picture of Gordon Murray's city car proposition, the T25.

The car has been seen testing in Surrey, and Murray expects the first cars to be ready for production in two years time. The T25 is smaller than a Smart and weighs in at only 650kg.

Judging by the photo it's not the prettiest of vehicles (though you can't go too far wrong with matt black paint...), but if the car lives up to expectations it could bring about a change of thinking in the city car market. We're already starting to see smaller vehicles being put forward for serious production, such as Renault's Twizy, which will form the basis of the next Smart itself.

Full story here. Autocar are, as yet, the only magazine to have driven a prototype of the revolutionary city car.

Image: Autocar

Mitsubishi ASX 2011


The Mitsubishi ASX is the European-spec version of the Japanese Mitsubishi RVR, which is slated to go on sale in Japan from February 2010. MMC’s new compact crossover will seat 5 and will be sequentially introduced in European countries from late spring 2010, aimed at expanding MMC’s passenger car footprint in the region, following in the footsteps of the larger and recently redesigned Outlander mid-size crossover.


Amongst other available powertrains, the Mitsubishi ASX European-spec version will be fitted with an all-new Euro 5-compliant 1.8L turbocharged direct-injection diesel engine jointly developed by MMC and Mitsubishi Heavy Industries Ltd. and will feature “Automatic Stop & Go” technology. Together with a 6-speed manual transmission, this combination will provide high environmental efficiency.

Mitsubishi Lancer Evolution X FQ400 2009


Mitsubishi has unveiled the Lancer Evolution X FQ400. The Mitsubishi Lancer Evolution X FQ400 is powered by 2.0-litre turbocharged MIVEC lightweight aluminum engine that has been upgraded and develops 403bhp and 387lb.ft of torque on offer from just 3,500rpm. The top speed of the Mitsubishi Lancer Evolution X FQ400 is limited to the same 155mph, but the 0 to 62 mph acceleration time has dropped to 3.8 seconds which makes it the fastest Evolution lineup yet.


Mitsubishi Lancer Evolution X FQ400 also comes with the 18-inch lightweight, nine spoke alloy wheels it’s possible to see the Alcon brakes on the front, while the Toyo Proxes R1R tires underline the Mitsubishi Lancer Evolution X FQ400’s potency with their aggressive ‘cut slick’ tread pattern. Inside, the driver is held tightly against the FQ400’s sensational accelerative, braking and cornering forces in Recaro bucket sports seats, the range-topping Lancer Evolution X also gaining an Mitsubishi Evo X FQ400 liveried handbrake handle and carbon fiber gearknob.


The Mitsubishi Lancer Evolution X FQ400 price starts at 49,999 GBP and will go on sale in June 2009.


Kicherer E 50 Mercedes-Benz E-Class Coupe 2010


Engineers, technicians and designers of the car refiner Kicherer in Stockach have taken on the 500 E-class coupé derivative. This new ex-works E-class is the currently most powerful production model coupé that Mercedes-Benz can offer with 388 PS and 530 Nm torque. Therefore, the Kicherer E 50 Mercedes-Benz E-Class Coupe is dedicated for customers who like the coupe with a more dynamic and sportier touch.

To give the E50 Coupé aerodynamics, Kicherer have employed the Kicherer Performance Series Package, a final polish with regards to performance and looks. This package includes a front lip, side skirts, a rear diffuser and special mirror casings. All are made of top quality and ultra-light carbon, including the three-bladed sports grill which is optionally available.


The elegant side view of the coupé is perfected by the sportily filigree Kicherer RS-1 20 inch wheels, behind which you get hints of the braking power of the 6 and 6 piston high performance brake system with composite discs and modified flexible steel tubes. At the rear, an almost rectangular tail pipe can delight both eye and ear, since it produces an exciting but not obtrusive sound. Inside, Kicherer offered the interior elements and entry strips in epoxy resin laqueur complements the outer appearance of the E50 Coupé.

Finally, by means of software update and a sport exhaust system, the V8 performance of the E50 Coupé was increased by 42 PS and 20 Nm. As a result, the 430 hp engine can freely run to reach the speeds of up to 330 km/h.


Brabus Mercedes-Benz G V12 S 2010


BRABUS have recently built the five-door by hand based on the latest Mercedes G-Class, giving birth to the Brabus Mercedes-Benz G V12 S that celebrated its world debut at the Geneva Motor Show 2010. This exclusive special model, also named as the BRABUS G V12 S Biturbo WIDESTAR, is available with an extensive list of luxury appointments.


The engine bay of the G-Class vehicle houses the BRABUS SV12 S engine originally developed for the BRABUS ROCKET with a top speed of 365.7 km/h (227.2 mph). The high-performance engine is based on the V12 Biturbo engine from the latest Mercedes S 600 model.


BRABUS S V12 S displacement engine produces 700 hp (690 bhp) / 515 kW at 5,100 rpm. The turbocharged twelve-cylinder engine delivers its peak torque of 1,320 Nm (973 lb-ft) at 2,100 rpm. In the car peak torque is electronically limited to 1,100 Nm (811 lb-ft). The car can accelerate from 0 to 100 km/h (62 mph) in just 4.3 seconds. Top speed is limited electronically to 240 km/h (150 mph). And without the self-imposed limit, the high-tech G-Class model could reach 260 km/h (163 mph).


BRABUS offers WIDESTAR owners a wide selection of custom-tailored tire/wheel combination with diameters ranging from 20 to 23 inches. The WIDESTAR version is available for all five-door G-Class models. The most exclusive option for the WIDESTAR features three-piece 11Jx23 Monoblock E PLATINUM EDITION alloy wheels on front and rear axle. The corresponding high-performance tires in size 305/35 R 23 are supplied by Pirelli and YOKOHAMA.


The custom interior of the BRABUS G V12 S Biturbo WIDESTAR includes an ergonomically shaped sport steering wheel, stainless-steel scuff plates with illuminated BRABUS logo, a handcrafted BRABUS fully leather interior made from especially soft and breathable BRABUS Mastik leather, and etc. The ultra-powerful 4×4 Brabus Mercedes-Benz G V12 S starts at 394,900 Euros MSRP. More info at www.brabus.com.

COMPARATIVA: TOYOTA AURIS vs LEXUS CT-200h

Hoy os mostramos una comparativa entre dos de los mejores híbridos del sector: Toyota Auris y Lexus CT-200h.
Aunque utilizan el mismo sistema de propulsión, el Lexus está posicionado por encima en cuanto a acabados, lujo, exclusividad (Toyota vende el Auris también con motores diesel y de gasolina, mientras que el CT-200h sólo será híbrido)… y precio.
¿Cuál elegir pues si son iguales técnicamente? Pues la clave está en el precio. Mientras que el Toyota Auris HSD, que ya se puede comprar, cuesta actualmente 19.950€, para el Lexus habrá que esperar al menos hasta febrero de 2011, se especula que su precio rondará los 30.000€.

Ambos tienen el mismo sistema híbrido, un motor de gasolina 1.8 VVTi que rinde 99 CV, y un motor eléctrico de 82 CV. La potencia conjunta que pueden rendir cuando ambos suman su fuerza para mover las ruedas es de 136 CV. La aceleración de 0 a 100 km/h es de 10,3 segundos, con una velocidad máxima de 180 km/h, y un consumo medio de 3,8 l/100 km. El consumo homologado en ciudad es de 3,9 l/100 km, y en carretera, de 3,7 l/100 km.
Por lo demás, el Lexus CT-200h funciona como el Auris HSD, con posibilidad de circular en modo eléctrico durante unos 2 kilómetros siempre que no se sobrepasen los 45 km/h, y con tres programas de funcionamiento, Normal, Eco y Sport. El Toyota Auris mide 4,25 metros de longitud, por 4,32 del Lexus, que también gana en capacidad de maletero, el único punto verdaderamente débil que tiene el Toyota Auris HSD, son los 280 litros de capacidad, por los 375 que anuncia el CT-200h.
Si igualamos en la medida de lo posible por prestaciones y potencia, los “rivales” del Auris HSD dentro de su propia casa serían el 1.6 de gasolina con 132CV, y el 2.0 D-4D de 126CV. El más asequible es el Auris de gasolina, pero también es el que más consume, y el que ofrece unas prestaciones (sobre todo recuperaciones, al ganar velocidad en marchas largas) peores. A partir de aquí, el precio de tarifa sube casi 2.500€ para llegar al Diesel, el de mejor relación entre prestaciones y consumo. Entre el Auris Diesel y el HSD apenas hay 900€ de diferencia (acabados Advance). Un precio muy interesante para el híbrido, si tenemos en cuenta que gasta incluso menos que el diesel, y que incluye cambio automático. Pero luego llega el juego de las ofertas, y resulta que Toyota realiza actualmente un descuento de 1.000€ sobre el precio de tarifa del Auris HSD, 2.500€ en los Auris de gasolina, y 3.000€ en los diesel, por lo que la diferencia real de precio entre un Auris 1.6 de gasolina y un HSD es de 1.500€, y entre un Auris 2.0 D-4D y el HSD es de más de 2.500€.

Smart saved with Renault partnership

A recently announced deal between Daimler, and Renault-Nissan will see the next generation of Smarts sharing platforms with the French marque. The alliance also sees each company taking three percent of the other's shares.

This news is good for Smart, as the company has long been struggling to turn a profit and the deal guarantees its future. A short wheelbase platform being developed by the new pairing will underpin the next generation Smart, as well as the Renault Twizy and a new Nissan small car to take on Toyota's iQ. A longer wheelbase will also be used, which could provide a replacement for the short-lived Smart ForFour.

The move also increases the chance of a full production electric Smart, given that the Twizy is currently an electric-only concept.

Source: AutoExpress
Image: Tarmac
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