06.09.2010 PUMPED-UP LOOKS AND "TRACTION+" FOR THE NEW FIAT FIORINO ADVENTURE

FIAT FIORNIO ADVENTURE TRACTION+ (2010)

Fiat is launching a new "Adventure" version of the Fiorino powered by the 95 CV 1.3 Multijet engine offering a pumped-up looks and performance levels similar to those of a light crossover due to the new Traction+ system.

Fiat Professional is launching a new "Adventure" version of the Fiorino van powered by the 95 CV 1.3 Multijet engine, offering a pumped-up appearance and performance levels similar to those of a light crossover vehicle – due to the addition of the Traction+ system - but with the benefits that only a 4X2 vehicle can offer from the viewpoint of finance (range of approximately 1050 Km on a full tank of diesel) and also of environmental benefits (113 g/km of CO2). Fitting the Traction+ system brings the Fiorino LCV into line with its passenger carrying sister, the Qubo, which already benefits from this technology.
 
The Fiorino Adventure Traction+ aims to meet the needs of customers who have particular traction requirements due to their light off-road mission profiles, such as building sites and rural locations, or who need to negotiate difficult terrain, such as mud and snow. The Adventure specification features: an under-engine guard, front bumper with lower valence, larger protective side panels, suspension raised by approximately 30 mm compared to the standard drive and 15”M+S deep tread tyres.
 
One feature of the new Fiorino Adventure version is the adoption of Traction+, an innovative control system that increases vehicle traction over difficult terrain with poor grip, and costs much less than a 4x4 vehicle. The vehicle can also be fitted with Goodyear UltraGrip 7+ winter tyres that offer exceptional performance under winter condition, guaranteeing maximum traction on snow and ice and also a comfortable, low noise drive over all road surfaces.
 
The new Traction+ deploys cutting-edge ESP hardware: the control unit uses specific brake system control and management algorithms to simulate the behaviour of a self-locking differential electronically. Under conditions of low grip on one drive wheel, the control unit detects slip, manages the hydraulic circuit and implements a braking action on the wheel with least friction, thus transmitting drive torque to the wheel with most friction. This makes it easy to drive, maintains directional stability and control, and ensures the best possible traction even over the roughest and most slippery surfaces. The system is operated by a button on the dashboard, and can operate at speeds of up to 30 km/h.
 

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