Performance
For a massive SUV, the QX56 is a surprising performer. The 5.6-liter V-8 makes 400 horsepower and 413 pounds-feet of torque. Combined with a seven-speed automatic transmission, the QX accelerates as briskly as a sport sedan of a decade ago. Our friends at "MotorWeek" tested the QX's zero to 60 mph acceleration at 6.3 seconds and its quarter-mile at 14.9 seconds. Those are entirely respectable numbers for a 5,800-pound SUV.
The QX56's EPA-estimated mileage is expectedly low, at 14/20 mpg city/highway with rear- or all-wheel drive, but that is an improvement over the 2010 QX's 12/18 mpg with rear-wheel drive and 12/17 mpg with all-wheel drive. I averaged around 15 mpg during testing that accumulated 1,000-plus miles traveling between Illinois and Michigan. These weren't only highway miles, as we also used the QX as a chase car to haul video equipment and crew.
Despite being built on truck architecture, the QX's ride isn't trucklike at all. It rides smoothly and confidently, even on the massive 22-inch wheels that are part of an optional Deluxe Package. I would even call the QX fun to drive, especially considering the redesigned Lexus GX 460 rolls into corners like a boat, nosedives during braking and squats on acceleration.
One option that may have helped the QX feel so composed was its Hydraulic Body Motion Control, also part of the Deluxe Package. The system's shock absorbers transfer fluid from one side's shock to the other during cornering to combat body roll.
See also:
Climate controlled seats (if so equipped)
The climate controlled seat warms up or
cools down the front seats by blowing
warm or cool air from the surface of the
seat. The switches located on the instrument
panel can be operated inde ...
Brake assist
When the force applied to the brake pedal
exceeds a certain level, the Brake Assist is
activated generating greater braking force
than a conventional brake booster even
with light pedal force. ...
PREVIEW FUNCTION (for Intelligent Cruise Control system equipped models)
The ICC system with the preview function identifies the need to apply emergency braking by sensing the vehicle ahead in the same lane and the distance to the vehicle ahead and relative speed from it, ...