Aggressive style and nicely proportioned, it looked semi-D-luxury sedan segment. In the global car business, the C-segment compact cars, and size-up D-Class is what we, as a medium-incredibly competitive field of both families and sports sedans know. A strong, the aero-slick design theme described as a "dynamic athlete in motion" This concept is clear that the next flagship sedan from Suzuki would focus on the emotional side of the scale. Japanese car manufacturer Suzuki has chosen in mid-2007 Frankfurt (Germany) Motor Show, the most interesting new concept car Kizashi reveal the name. She said that her name was the Japanese "Prelude" and "taste" and that the expected anything from the company known more for its motorcycles, ATVs and outboard motors than for small cars and SUVs.
Even more aggressive Concept Kizashi 2, followed in October at the Tokyo Motor Show is the third version debuted in March 2008 New York Auto Show. This, Concept Kizashi 3, was much tamer, and production-realistic. It actually looked a lot like the real thing now is to hit the market and has demonstrated serious Suzuki introduced the item at the most competitive market in the U.S. car class. The fit and materials are generally good, although not a typical Euro-sedan standards and chairs are handsome and beautiful in the supportive leather seats are available. Instrument panel gauges are accurate view: the faux brushed aluminum-trimmed center console mirror lattice rounded V-shape, and the controls are intuitively easy to see, reach and operate. We appreciated the three-spoke steering wheel clad pretty handy with a spoke-mounted audio and other controls.
Only the engine residing under the power-dome cover is now ready for 2.4-liter aluminum four good to 185 HP with standard manual 6-speed transaxle, five or fewer ponies available continuously variable transmission (CVT). Rare in this format and price, the possibility of the latest "intelligent" all-wheel drive Suzuki (i-AWD) can be bad-weather traction and cornering improving employability. Systems with continuously variable front-to-rear torque distribution is a function of several factors, including spinning wheels, steering wheel and gas.