By on March 6, 2012

“This is Infiniti’s design language for the next 10 years to come,” says Francois Bancon, and points at a laptop that shows pictures and strategy of the INFINITI EMERG-E, a concept car that debuts today in Geneva.

We are in Yokohama, on the fifth floor of Nissan’s corporate world headquarters, while Infiniti’s first range extended mid-ship concept sports car is unveiled in Switzerland. It is there, I am told “to provide a glimpse into Infiniti’s future.” The future is undecided. This car may, or may not come.

The design of the car oozes seductive sex. That, thankfully, will rub off on the whole Infiniti line, I hear.

Will the Emerge lead Nissan to a range extended future? “Not necessarily,” says Bancon, with the best sybillinic smile he can muster.

Bancon’s title is “Division General Manager of Exploratory and Advanced Product.” That is one of the longest titles I have seen in the industry, and Bancon indicates that I haven’t seen all of his titles. Bancon, dressed in a sweat shirt and sporting a two day beard, is a rare combination of an artist, an engineer, and a manager. The graduate of the of École Nationale Supérieure des Beaux-arts in Paris had worked as a designer for Renault. It is unusual for a designer to climb that high on the corporate ladder.

Using the artist name Phoebe, Bancon still takes time to produce and show art and photography, and to blog about his work. Once an artist, always an artist. Even if he is one of the few who climbed that high on the corporate ladder.

Bancon has been living in Japan for 12 years. “I came in 1999 with Carlos Ghosn and I am still here,” he says. He has had a number of unusual titles that probably never truly covered what Bancon really did at Nissan. “General Manager, Perceived Quality Department, Global Design Center” was only one of them.

“We call it exploratory planning,” says Bancon when asked what he really does. “We are developing directions the company should follow, long term, mid-term. The EMERG-E is part of this exploration.”

The EMERG-E is the first Infiniti that has been developed in Europe. The design was done at Nissan Design Europe in London. The design itself is Japan seen through the eyes of an American.

After more than 50 proposals from Infiniti studios in Japan, the UK and California were handed in, Bancon and the rest of the brass at Nissan picked the work of California-based Infiniti designer Randy Rodriguez as the winning design. Other designers sketch dream cars. Rodriguez penned an erotic dream car. I learn that the EMERG-E took its design cues from the nape of the neck of Japanese women. I had learned separately that the neck is “considered a primary erotic area in Japanese sexuality.” Even Infiniti’s press kit gets with the X-rated program and talks about “the sensuous, hourglass squeeze” of the cockpit, and the “subtly voluptuous lateral air intakes.” Even the 400 bhp turn an exercise in cross dressing bestilaty. The EMERG-E is, says Francois Bancon, like “400 wild horses in a silky dress.” This is a car that makes us explore sexual fantasies, and I am all for that.

The technology of the EMERG-E was lead-managed by Nissan’s European Technical Centre (NTCE), in Cranfield near London. The decision to have the car developed in England was a practical one. Says Bancon:

“There was some kind of a collaboration with the Technology Strategy Board in the UK. They wanted to promote their technologies, and with Nissan being the number one carmaker in the UK, it was natural for them to collaborate with us and for us to collaborate with them. Collaborating did not save us so much money, but it saved us a lot of time.”

The UK government’s Technology Strategy Board introduced Infiniti to a range of suppliers that would provide innovative hardware and specialized knowledge. One of Nissan’s suppliers of engineering advice is Lotus. Bancon is not worried that they also make cars.

“We have a long relationship with Lotus. We have worked with them a lot on pre-studies. They do their car, we do our car, but we share the heart of the technology.”

Bancon quickly pre-empts foolish ideas that the EMERG-E might just be a Lotus under a sexy silky gown:

“I have never seen the car Lotus did. They have never seen this car. We use their Evora platform to save time. The platform is not crucial for us, we could use our own platform. The key were the electric components, being able to use those was a real timesaver.”

The average buyer of a luxury car is between 50 and 60 years old. “In some markets, the Infiniti buyer is more 60 than 50,” says Bancon. “China is THE exception, the luxury buyers in China are young, 30-35 years. We want to reposition Infiniti, targeting the young buyer.”

The modern affluent buyer may not always have amassed the wealth in a socially harmonious manner, but that buyer wants to have a clean green conscience at least. He wants a “hot, yet clean sports car,” as Bancon condenses it. Infiniti offers guilt-free performance to that rarified demographic. The car promises what Bancon calls “the power of silence.” If that range-extended car is ever sold, it will provide 30 pure electric miles before the ICE is heard from. In the words of Bancon, “you can drive it in London in the congestion charge area without paying, and you can open up on the track.”

Bancon had three choices to deliver that green clean conscience:

“One is battery EV. This has limitations in power and autonomy. Not the best for a sportscar.

Then there is the plug-in hybrid. This is a very promising technology.

The range extender is in competition with the plugin-in hybrid. Basically the same technology. Main difference: The range extender is an EV. There is no connection between the ICE and the wheel. The ICE is just a battery charger.

There are some pros and some cons, the cons being weight and cost. A range extender needs a big battery. Big battery means cost and weight.”

When building the EMERG-E, the engineers fought a constant battle with weight. Bancon remembers:

“If we would build this car the normal way, it would easily weigh 2.2 tonnes (4,850 lbs.) This car weighs 1.6 tonnes (3.500 lbs). How did we do this? The upper body is entirely in carbon fiber. Our objective was 50 percent carbon fiber for the mass production car, and we did it.”

This car being a concept, or what Bancon calls “an exploration,” he doesn’t have to contend with the second problem yet – money. Using carbon fiber to slim down the car does not make it cheaper. If it is ever built, the EMERG-E will remain a toy for the affluent, and that’s o.k. for Bancon. He won’t need big numbers for that car, he already played a leading role during the development and launch of the Leaf.

Will the EMERG-E ever go in production? The answer is yes. Two will be built.

Says Bancon:

“Usually, a concept car is just for the show. This car is not just a styling exercise. We will be building two driving prototypes, one for Europe and one to go around the world, starting in the U.S.“

Come June or July, even I could be behind the wheel of an EMERG-E, promises Bancon. “If Nathalie lets you.”

And he points at Infiniti’s Global Communications Manager Nathalie Greve, who comes in to say that the interview is over.

_____________________________________________________________________________________________

Specifications

Powertrain

Motor type (synchronous), Twin rotor motors, one per rear rear wheel

EVO Electric Synchronous DC Brushless drive

Motor peak power, revs 150kW per motor (300kW total for vehicle) available for 30s or less. Flat distribution of power circa 3000 RPM upwards

Motor peak torque, revs 1000Nm

ICE cylinders, capacity Lotus 3-cylinders, 1.2litre

ICE peak power, revs 35kW at 3500rpm

ICE peak torque, revs 107Nm at 2500rpm

Transmission Xtrac Single-speed (4.588:1 reduction box)

Battery type Lithium-ion phosphate

Battery capacity 300 kW

Peak power 1000 amps

Energy 14.8kW/h (at 25deg)

Recharge time (from 13amps) 10 hours

(6 hours at 16amps)

Fuel tank capacity (litres) 30.6litres

Chassis and Body

Construction Bonded, extruded aluminium chassis, carbon fibre bodywork

Length 4464mm

Width 1954mm

Height 1219mm

Wheelbase 2624mm

Weight 1598 kg

Drag coefficient 0.340 Cd

Suspension, front Forged aluminium double wishbone suspension. Front Anti-roll bar. Bilstein dampers, Eibach springs.

Suspension, rear Forged aluminium double wishbone suspension. Bilstein dampers, Eibach springs.

Brakes, front Ventilated disc, 350mm dia

Brakes, rear Ventilated disc.332mm dia

Steering Rack and pinion

Assistance Electro Hydraulic PAS

Wheels 8J x 19” dia. (Front)

9.5J x 20” dia. (Rear)

Tyres 235/35 r19 (front)

275/30 r20 (rear)

Performance

0-60mph 4.0sec

0-130mph 30.0sec

Max speed 130mph

Range, EV mode 30 miles

Full range 300 miles

CO2 emissions, EV mode Zero

CO2 emissions, r-e mode 55g/km (NEDC cycle)

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11 Comments on “Voluptuous Lateral Air Intakes: TTAC Talks To The Father Of The Infiniti EMERG-E, The World’s Sexiest Range Extender...”


  • avatar
    lilpoindexter

    So those ugly scoops are for battery cooling?
    What’s wrong with some TestaRossa scoops?

  • avatar
    Franz K

    Dump the pretentious EV/Hybrid/Range Extender technology and Infiniti might be on to something . Otherwise , just another round of ‘ Vapor Ware ‘

  • avatar
    Crabspirits

    Advice for Infiniti:
    1.Don’t let Obama get anywhere near this car.
    2.Don’t make any fuel economy claims…at all.
    3.When the batteries catch fire 3 months after a crash test, just tell everyone that this is what exotic cars do.
    4.Price this car above $100k so when only the 1% buys it, nobody is surprised.

  • avatar
    Herm

    it uses the Lotus range extender engine, it is specialized for that job. Looking forward to seeing that generator in widespread use.

  • avatar
    Ryoku75

    Looks just like the NSX concept.

  • avatar

    Randy Rodriguez, you are my new favorite designer!

  • avatar
    protomech

    Nice looking car. Same concept as the Karma, only about 1600 lbs lighter..

    “Lithium-ion phosphate” or lithium iron phosphate?

    I assume this is the 1.3L range extender engine.
    http://www.lotuscars.com/gb/engineering/range-extender-engines

    “Energy 14.8kW/h (at 25deg)” I assume this is 14.8 kilowatt-hours (kWh not kW/h) at 25 degrees C?

    2013 Leaf is supposed to have a 6 kW (230V 30A) charger, they could use that here as well. Unless weight is an issue.

    55g/km CO2 is 99 mpg (US), so R-E must mean a range-extended but battery-depleting mode. Toyota’s Prius Plugin is rated at 49g/km CO2 and 112 mpg (US) in the NEDC cycle, but without knowing either of their electric energy consumption the rating is honestly meaningless. It’s a concept, anyhow.

  • avatar
    niky

    Fantastic use of Lotus underpinnings and engine… and a fantastic design.

    Would be interesting to see the Lotus range extender in actual use. Hopefully, unlike GM-Chevrolet’s, it can actually hit over 40 mpg in range-extension mode.

    Sounds like the designer was watching much the same movies you do, Bertel…

    • 0 avatar

      Movies? What movies? I prefer flesh & blood.

    • 0 avatar
      Herm

      so can the Volt if you dont overspeed too much.. it gets about 36mpg at 80mph.

    • 0 avatar
      niky

      Well… the quoted for the Volt is 30 mpg.

      Actually, going by the marketing material, it seems estimated MPG should be around 33 in range-extension mode… pretty fantastic for a car with 402 hp and a 4 second 0-100 km/h time. If it can beat that range with conservative driving and also hit 36-38 mpg, that would be incredible. And it’s probably possible, given the Emerg-E’s range extender is only 1.2 liters and was engineered from the ground-up to be a range-extender, instead of merely adapted to the purpose.

      -

      Bertel… on the other hand, maybe he’s read your articles. Your title images were at one time the raciest in all of Auto-Blog-Dom. More BDSM, please!


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