Hi-Cross Concept explores how one member of Nissan's next generation crossovers could look... and how it might be powered
- Geneva World Premiere for future crossover proposal
- Hi-Cross Concept shows possible new design direction
- Innovative hybrid petrol/electric power train
- Next generation CVT for ultimate efficiency
- Roomy interior with seven seats
A dramatic new concept car from Nissan, to be given its World Premiere at the 2012 Geneva Motor Show, heralds a possible new design direction for the company.
Called the Hi-Cross Concept, the proposal looks at ways to extend Nissan's leadership of the crossover market with a possible expansion of the current Juke-Qashqai-Murano
portfolio. Created in Japan, Hi-Cross Concept is compact yet surprisingly roomy, elegant yet purposeful and - being a Nissan - it's clever with it.
Its ‘smartness' takes two forms. Despite its modest external proportions, Hi-Cross Concept has a highly space efficient interior with three rows of seats for seven passengers.
Equally as clever is its hybrid drive train, coupling an electric motor - powered by a Nissan-developed compact lithium-ion battery - with a 2.0-litre direct injection
petrol engine to provide the performance potential of a 2.5-litre with the economy and emissions expected from a much smaller unit.
Andy Palmer, Executive Vice President, Nissan Motor Co. Ltd., said: "Nissan created the crossover segment with Murano and has expanded the genre with top selling cars like
Qashqai and Juke. Hi-Cross Concept shows we are not sitting still, resting on our laurels, but exploring ways of cementing our crossover leadership by exploring new ideas."
For the concept, the HEV drivetrain is based on new technology developed by Nissan for front-wheel drive models, but modified to provide four-wheel drive. The new system's
innovative approach to affordability and packaging adopts ‘one-motor, two clutch' technology linked to Nissan's new generation XTRONIC continuously variable transmission which by
itself achieves a 10 per cent improvement in fuel economy over comparable previous generation CVTs. The low friction design has smaller shaft-diameter pulleys with a new belt to
give the widest possible ratio coverage for enhanced efficiency.
The hybrid drivetrain makes extensive use of battery technology developed for the award-winning Nissan LEAF. The high output, fast-charging compact lithium-ion battery, linked
to high-level motor control technology, provides acceleration assist when needed and permits downsizing of the petrol engine for optimum economy and emissions.
In city driving, the presence of the electric motor and lithium-ion battery allow the engine to be turned off frequently. It can also be disengaged completely with the clutch,
and energy can be recovered effectively when braking.
Built on an extensively revised version of Nissan's Hi-Cross Concept sits on a 2780mm wheelbase. It is 4660mm long, 1850mm wide and 1670mm tall, with 21-in. alloy wheels. The
styling combines existing Nissan design cues with new elements, at the front it has a characteristic V-shaped grille set off by distinctive lighting signatures provided by
stylish new headlamps.
Potential new design language is showcased, in particular, by a bold character line which extends from the bonnet down the flanks of the car to the D-pillar. At the rear it has distinctive
lighting signatures provided by stylish rear combination lamps echoing with headlamp lighting signature. Inside, the seven-seat cockpit is dominated by a new T-wing shaped dashboard.
François Bancon, Deputy Division General Manager of Product Strategy and Product Planning Division , said: "Although this is purely a concept car, exploring potential ideas for the
future, there is no ambiguity about its purpose. It is a high-riding crossover, hence its name: Hi-Cross Concept.
"But the name does more than refer to its shape. The ‘Hi' refers equally to the idea of extended value, to the levels of innovation found in the drivetrain and, of course, to the
excitement promised from the behind the wheel."
Need A Repair Shop?
Find local automotive repair shops in your area.