SUZUKI ALTO 2010

Suzuki Alto 2010

The new Suzuki Alto has a sporty, solid look that exudes urban energy despite the body's compact dimensions. The design is elegant and beautiful thanks to aerodynamically efficient contours that combine tautness with evocative curviness. It is ideally matched to European tastes and with a drag coefficient of just 0.30 promotes fuel efficiency and low CO2 emissions.

The cabin layout apportions most of the space to the front seats but still provides ample space for four adults. Handy storage spaces for small items are located all around the cabin. Notwithstanding the new Alto's compact exterior dimensions, there's a usable amount of luggage space behind the rear seats, and folding down the rear seatback expands the space into a roomy luggage area suited to daily use.

Suspension

The front suspension is of MacPherson strut type and the large, high-rigidity suspension frame is complemented by further strengthening in the strut mounting areas for superior handling. The rear suspension has Suzuki's proprietary 3-link rigid axle design, and incorporates numerous refinements for the new car. The coil springs and dampers were tuned for optimum handling stability through extensive testing on roads in Europe.

Suzuki targeted handling that makes driving enjoyable on urban roads, so drivers enjoy linear response, gentle roll movements, light steering feel, and good absorption of shock and vibration. These benefits reflect the experience Suzuki has gained in motorsport around the world.

The new Suzuki Alto has a minimum turning radius of just 4.5m making it easy to manoeuvre and park in tight spaces.

Safety

To help the driver avoid hazards on the road, the new Suzuki Alto is available with Electronic Stability Program (ESP®), which modulates the engine performance and applies the brakes during cornering and under aceleration.

In the unfortunate event of an accident, the new Suzuki Alto's body reflects Suzuki's Total Effective Control Technology (TECT) concept in the form of crushable structures that absorb impact energy, frame members that disperse impact energy away from occupants and a strong cabin structure. Use of high-tensile steel for major body parts means the resulting high level of occupant safety does not add excessive weight to the body.

SRS front, side, and curtain airbags are available to reduce the severity of impacts suffered by occupants in the event of a collision. Energy-absorbing trim materials provide further head protection.