While the driver can reduce the traction control effectiveness allowing more
wheel slip during stuck condition by pressing the VSA button, ABS remains fully operational at all times (see the Chassis Section for more information).
A sub-function of the anti-lock brake system is that if it detects application of the brakes on loose ground, it periodically increases
wheel slip during brake cycles.
It provides discreet assistance for increased responsiveness and stability, while reducing the inner
wheel slip during mid-corner acceleration.
While the driver can reduce the traction control effectiveness allowing more
wheel slip during stuck condition by pressing the VSA button, ABS remains fully operational at all times.
While the driver can reduce the traction control effectiveness allowing more
wheel slip during stuck conditions by pressing the VSA button, ABS remains fully operational at all times.
Not exact matches
During the year following the September 11 attacks, millions of Americans opted out of air travel and
slipped behind the
wheel instead.
During low - stress driving the RS will function as a front -
wheel - drive vehicle for efficiency's sake, but any sense of
slip will activate the all -
wheel - drive mechanics.
The S model receives an electronic limited -
slip differential that reduces inside
wheel speed
during cornering acceleration and stabilizes the rear end
during hard braking.
When the electronically operated system senses
wheel slip or calls for added torque to the rear
during high - speed cornering, the rear axle is engaged to send up to 30 percent of engine torque to the rear
wheels.
Front -
wheel drive is standard; Mazda's predictive i - ACTIV all -
wheel drive is available on every trim level, feeding information from 27 sensors found in CX - 5 to predict road conditions and send power wherever it's needed without the unnerving drivetrain reactions or
slipping that can be felt in some competitors
during inclement conditions.
Traction Control System (TCS) Helps to keep driving
wheels from spinning
during acceleration from a stop or
during slow speeds by applying individual brakes alone or in combination with engine torque limitation to prevent
wheel slip.
Even in 4 - WD application, the use of 4 motors each powering a
wheel, with limited -
slip wet clutch for differential to allow one motor to power the vehicle
during cruise, will be more advantageous than the use of only one motor per axle.
[citation needed] The ZF «sliding pins and cams» became available, [1] and one example was the Type B - 70 used
during the Second World War in the military VWs (Kübelwagen and Schwimmwagen), although technically this was not a limited -
slip differential, but a system composed of two freewheels, which sent the whole of the engine power to the slowest - turning of the two
wheels.
This being a sports car with pretensions of purity, drive is delivered to the rear axle alone and it does without a limited -
slip differential in favour of a system that brakes the inner
wheel during cornering.
A software called Agile Handling Assist works in tandem with the car's VSA system to reduce inner
wheel slip by applying light braking force
during cornering.
During the slushy rainy days we did see, the system worked perfectly to keep all four
wheels from
slipping.
During dynamic driving this system brakes the
wheels on the inside of the curve, which are under a reduced load, before they can
slip.
This manifests itself
during low - speed manoeuvring as a binding sensation through the steering
wheel and a cracking noise as the outside tyre becomes overloaded,
slips and reacquires grip.
When placed in Auto mode, Active Drive I will send power to the front
wheels during normal driving, but send power rearward the second
wheel slip is detected.
And
during situations such as high - speed cornering, a vehicle could be thrown off balance if one
wheel slipped and the computer applied the brake.
During aggressive acceleration or when one front
wheel is on the verge of
slip, a controlled percentage of the available torque is directed to the rear axle.
Nissan's all -
wheel drive system uses vehicle dynamic control with traction control,
wheel slip sensors and steering angle sensors to negate slick roads, and the system worked nicely
during my time.
During moderate acceleration or when front
wheel slip is detected in dry conditions, up to 40 % of engine torque is transferred to the rear
wheels.
During standard operation at low loads without the risk of
wheel slip, the new quattro taps into all the advantages of front -
wheel drive.
Our example features the automaker's optional all -
wheel - drive system, but it is an on - demand setup that still defaults to a front - drive configuration under most conditions and only engages the rear
wheels when additional traction is required, when
slip is detected, or
during cornering.
All 2018 Ford Fiesta models feature Ford's AdvanceTrac electronic stability control system, which allows for the brakes to be applied
during situations where the car experiences
wheel slip.
The new drivetrain could direct up to 25 % of the torque to the front
wheels to aid traction
during rear
wheel slip, thus significantly improving the handling characteristics of the car.
Using simulation of an empirically validated model that incorporates the dynamics of the electric powertrains, the vehicle performance, longitudinal
slip and power utilization
during straight - ahead driving and cornering maneuvers under the different driving modes are compared.The three driving modes enable significant changes to the vehicle behavior to be induced, allowing the responsiveness of the car to the steering
wheel inputs and the lateral acceleration limits to be varied according to the selected driving mode.
Additionally, Bouchama notes the Genesis is available only in rear -
wheel drive, which means plenty of
slipping and sliding
during our winters.
During the rain season, it is covered with pot holes, sliding rocks, and soft sides that bog down immediately if one
wheel should
slip off the track.