Not exact matches
The former has been tweaked to deliver up to 2.5 degrees of rear
steering angle in either the
same or opposite direction as the fronts, boosting both low - speed agility and high - speed response.
AMG Ride Control adaptive damping is standard on the GT C Edition 50 and like the GT R, uses rear - wheel
steering to improve both precision and stability, depending on the
angle the rear wheels adopt in relation to those at the front - turning in the opposite direction up to 62mph, and in the
same direction above that.
There's no doubt that the GT2 loses ground to the 599 in those entry phases - it just doesn't have the
same mechanical purchase on the surface — and, of course, its less linear power delivery makes holding a stable throttle position through the turn more difficult, but when you release the
steering angle and squeeze the right pedal to the floor, the combination of twin turbochargers and rear - engine traction are imperious.
We added more lock and the
steering angle increased at the
same time as the application of power shifted weight to the back of the car.
At high speeds the rear tires turn in the
same direction of the
steering angle which leads to a virtual increase of the wheelbase.
At high speeds the rear axle
steering angle is in the
same direction as the front wheels (in - phase
steering), elongating the wheelbase up to 600 mm for increased stability and ride comfort as well as optimum driving dynamics.
In a nutshell, with GVC, the
same corners at the
same speed required slightly less
steering angle to enter, and mid-corner bumps required slightly less wheel correction and slower
steering wheel inputs to maintain a constant - radius line over.
Each clutch is actuated mechanically by an electric servo motor, which acts on the basis of inputs from the
same sensors that feed their information into the DSC system: vehicle speed, throttle position, wheel rotational speed,
steering angle and yaw rate.
The
same rear - wheel
steering (with an
angle of up to five degrees) can also improve high - speed stability.
Because of the increase in structural rigidity, the «R» mode enables the vehicle to achieve the
same yaw rate with reduced
steering angle for a crisper, more communicative
steering response, while the «Comfort» suspension setting produces less vertical G - loading in testing when compared to the «Normal» suspension setting.
These modifications have increased the
steering wheel's sensitivity to torque variations, maintaining the habitual linear torque progression with
steering wheel
angle, while it remains the
same at high speeds to ensure agile lane changes.
The likewise new active multicontour seat offers the
same comfort functions and more than lives up to its name: fast piezo valves at the air chambers vary the inflation pressure and volume of the air chambers in the backrest side bolsters depending on the
steering angle, lateral acceleration and road speed so as to offer the driver and the front passenger even better support.This active function relieves strain on the musculature and enhances well - being.
Because of the increase in structural rigidity, the «R» mode now enables the vehicle to achieve the
same yaw rate with reduced
steering angle for a crisper, more communicative
steering response, while the «Comfort» suspension setting produces less vertical G - loading in testing when compared to the «Normal» suspension setting.
When equipped with AWD, non-hybrid RAV4s use the
same system as the Toyota Highlander, pulling info like vehicle speed,
steering speed,
steering angle, throttle
angle, and yaw to calculate optimal torque distribution and maximize traction.
Its frame geometry raised the
steering head, stretched the fork tubes, and gave the Fury a radical aspect while actually using the
same rake
angle (32 degrees) as its forerunners, the Honda VTX series.