2017 Infiniti QX30 Luxury
$16,990
Jackson, TN
Highway:
33 MPG
Automatic
L4, 2.0L; Turbo
Blue
FWD
Gasoline
67,084 Miles
11205
SJKCH5CPXHA040021
Luxury
Price and Mileage of Similar 2017 Infiniti QX30 in TN
Estimated Payment
$0 / month
About This 2017 Infiniti QX30
About 2017 INFINITI QX30 Created for a new generation of premium buyers who appreciate category-defying design inside and out, the QX30 boasts a purposeful appearance that makes a bold visual statement as part of Infiniti's premium model line-up. The QX30 is powered by a 208-horsepower, 2.0-liter turbocharged 4-cylinder mated to a 7-speed dual clutch automatic transmission. The QX30's highly sculpted exterior, unique crossover stance and asymmetric cabin design exemplify Infiniti's design-led approach to product development. QX30 offers an elevated ride height, confidence-inspiring handling and a versatile attitude, underpinned by an intelligent all-wheel drive system. The QX30 exterior is characterised by dramatic curves and turbulent, sculpted character lines that make an emotional statement, evolving them into new dynamic shapes for a more purposeful appearance. The double-arch grille with three-dimensional mesh draws a flowing, fluid link to the headlamps for a more organic shape. The most premium materials and processes available have been selected by Infiniti designers in order to create a modern-looking and luxurious cabin. A custom-designed QX30 trim delivers a personalized, self-expressive interior design. The standard interior is finished in high quality black cloth, while optional black or beige Nappa leather delivers an even more premium finish. The 2017 Infiniti QX30 comes equipped with an intelligent all-wheel drive system. The drivetrain is able to send up to 50 percent of the engine's power and torque to the rear axle to maintain traction on slippery surfaces and in inclement weather, enhancing a feeling of control and confidence when driving. For example, if sensors detect wheel slip, braking is applied to the slipping wheel, while torque is sent to the gripping wheel for additional stability.