This system defaults to the rear
wheels under normal conditions, shifting power to the front wheels when it detects slip.
Not exact matches
Under normal operating
conditions, the Stelvio's Q4 all -
wheel drive system is 100 percent rear -
wheel drive.
Standard on the BMW X4 is full - time all -
wheel drive that keeps the crossover in a front / rear torque split of 40/60 percent
under normal conditions.
The available Quattro all -
wheel - drive system has a rear - biased torque split — 40 percent to the front
wheels and 60 percent to the rear ones
under normal conditions — for improved handling.
Under normal conditions 95 % of the power goes to the front
wheels but on hard cornering or heavy acceleration the torque split is 50/50.
Since both
wheels are connected to a single, rigid member they are incapable of having any toe angles
under normal conditions.
Under normal conditions, the compact, lightweight system channels the engine's torque to the front and rear
wheels through a center differential, for sporty balance and agile handling.
Under normal conditions, it distributes power to the front
wheels only.
Under normal conditions, 100 per cent of the power will be directed to the front
wheels, but when road
conditions are slippery, the system will automatically divert up to 50 per cent of the available power to the rear
wheels in an effort to enhance traction and steering control.
Under normal driving
conditions, all of the engine torque is sent to the rear axle, maintaining a rear -
wheel drive character, while minimizing parasitic losses in the drivetrain.
The six - speed automatic drives all four
wheels;
under normal driving
conditions it powers the front
wheels, but can send up to 50 per cent of the drive rearward should the need arise.
Operating on the torque - on - demand principle, the AWD system sends 100 per cent of the engine's torque to the rear
wheels under normal driving
conditions.
The 4Motion system sends the power to the front
wheels under normal driving
conditions, but it is quick to react to a traction loss by engaging the fifth - gen Haldex's clutch pack.
Under normal conditions, turning your steering
wheel while the car is running turns the
wheels themselves.
The quattro all -
wheel drive system sends 85 per cent of the car's power to the rear
wheels under normal driving
conditions.
Under normal driving
conditions, the system operates in two -
wheel drive mode, but it can distribute torque to all four
wheels when road
conditions warrant (up to 50 percent of torque can go to the front
wheels on demand).
The BMW xDrive is an intelligent all -
wheel drive system that monitors the driving situation constantly and distributes drive power smoothly between the axles, where
under normal driving
conditions xDrive works with a basic 40/60 torque split front and rear.
ALL -
WHEEL - DRIVE: A four - wheel - drive system that either is always on (powering all four wheels at all times) or that decides on its own how to distribute power between the front wheels and the rear wheels based on driving conditions - leaving the vehicle in two - wheel drive under normal, dry, non-slippery condit
WHEEL - DRIVE: A four -
wheel - drive system that either is always on (powering all four wheels at all times) or that decides on its own how to distribute power between the front wheels and the rear wheels based on driving conditions - leaving the vehicle in two - wheel drive under normal, dry, non-slippery condit
wheel - drive system that either is always on (powering all four
wheels at all times) or that decides on its own how to distribute power between the front
wheels and the rear
wheels based on driving
conditions - leaving the vehicle in two -
wheel drive under normal, dry, non-slippery condit
wheel drive
under normal, dry, non-slippery
conditions.
Like in most economy - minded all -
wheel drive systems, the Fusion Sport's setup sends power only to the front
wheels under normal driving
conditions.
The setup is,
under normal conditions, rear biased but there's a rear -
wheel - drive - only setting that allows for more tail happy behavior.
When cruising
under normal conditions, the Pilot is powered by the front
wheels.
Under normal conditions, 40 % goes to the front
wheels and the remaining 60 % to the rear.
With the four -
wheel - drive dial set to its «Automatic» position, I know that it biases torque to the rear
under normal driving
conditions.
There are various «Integrated Dynamic System» driving modes — Econ,
Normal, Sport and Sport + — that adjust the performance of the transmission, steering, throttle response and all -
wheel drive system, but I struggled to really feel much difference between the modes
under most
conditions.
Under normal conditions, it sends the vast majority of the driving force to the rear
wheels.
Of the gasoline engines, the 1.2 - liter will probably be best at the pumps
under normal driving
conditions, although the TwinAirs will beat it if you try to hypermile both variants.All new 500s come with standard Uconnect infotainment, manual adjustment for the climate control, seven airbags, height - adjustable steering
wheel, 14 - inch steelies with hubcaps and electric windows.
Under normal driving
conditions, the front axle is disengaged and 100 percent of the engine's torque is directed to the rear
wheels.
Interior Features • 5 passenger seating • Cockpit - like seating with raised console / shifter for controllability and quick response • Unique center console design, created to look like a sport motorcycle tank while also supporting driver's knee during cornering • High eye - point for increased visibility • Available Integrated Control (I - CON) system with automatic air
conditioning that allows driver to choose between three drive modes (Sport,
Normal, Eco) • Cloth seat fabric with available premium fabric • 6 - way manual driver's seat, 4 - way manual front passenger seat • 60/40 fold - down 2nd row seats for increased cargo room • Available leather - appointed seats • Available heated front seats • Available leather - wrapped steering
wheel • Storage
under rear cargo floor (FWD models only) • Dual front and rear beverage holder • Speed - sensitive door locks
The coupe's all -
wheel drive system is capable of sending up to 50 percent of power to the front
wheels if a loss of traction is detected, but
under normal driving
conditions it actually routes 100 percent of output to the rear to preserve a premium driving feel.
Under normal conditions, the four -
wheel disc brakes — ventilated in front, solid at the rear — do likewise.
Under normal driving
conditions, the system defaults to rear -
wheel drive.
All -
wheel - drive: A four -
wheel - drive system that either is always on (powering all four
wheels at all times) or that decides on its own how to distribute power between the front
wheels and the rear
wheels based on driving
conditions — leaving the vehicle in two -
wheel drive
under normal, dry, nonslippery
conditions.
Most all -
wheel drive cars drive
under normal conditions with a bias toward the front or rear
wheels, sometimes as much as 100 percent.
The computer distributes power to the front
wheels under normal driving
conditions, but can send up to 50 percent of the engine's torque to the rear if necessary.
The total system power of 221 hp (165 kW) can supply all four
wheels with propulsive force
under off - road
conditions and the 4MOTION all -
wheel - drive system also boosts traction and contributes to active safety on
normal pavement.
However the Honda Ridgeline's AWD traction system is an all -
wheel drive system that operates in front -
wheel drive mode
under normal conditions and automatically to AWD when needed.
Under normal driving
conditions, well - to -
wheel carbon dioxide emissions for vehicles running on electricity from natural gas — fired power plants are one fourth as high as emissions from cars directly burning natural gas.