Biased 60 percent to
the rear during normal driving conditions, if one of the wheels starts to lose grip, the differential directs torque to the axle with the most traction.
Not exact matches
While the car is clearly set up for performance rather than continent - crossing, it still achieves 130 miles of range
during normal driving, and Genovation says it maintains the ideal sports car 50/50 weight distribution front to
rear.
Mazda's all - wheel
drive system, which sends 100 percent of torque to the front wheels
during normal situations but can send up to 50 percent to the
rears in slipperier conditions, is still available.
DPC works at all speeds, not just
during insane cornering, and it helps steer the car using the
rear wheels even in
normal driving.
Thus, the
rear wheels turn with the fronts as much as 1.5 degrees
during the small steering inputs usually associated with
normal, road - speed
driving, and countersteer up to 5.3 degrees for the sharp turns of, say, parallel parking.
Mounted on a rigid subframe, the
rear suspension provides agile handling, both
during normal driving and in emergency maneuvers, together with a flat ride.
During normal driving, the GT - R behaves like a
rear -
drive vehicle, with the torque split set at 0:100, but it can be automatically diverted up to 50:50 depending on speed, lateral acceleration, steering angle, tire slip, road surface and yaw rate.
During normal driving, the mechanical component sends the engine's power primarily to the
rear wheels.
It's 4MATIX all - wheel
drive system splits torque at a 45:55 front to
rear split
during normal conditions.
Audi's Quattro all - wheel
drive (AWD) system is standard on the Q5 Hybrid, and
during normal driving conditions 60 percent of the torque is directed to the
rear wheels.
During normal driving, the GT - R behaves like a
rear -
drive vehicle, with the torque split set at 0:100, but it can be adjusted up to 50:50 depending on speed, lateral acceleration, steering angle, tire slip, road surface and yaw rate.
The BMW xDrive all - wheel
drive system has been recalibrated with more power routed to the
rear wheels
during normal operation.
Mounted on a rigid subframe, a first for Civic, the new
rear suspension provides agile handling, both
during normal driving and in emergency maneuvers, together with a flat ride.
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
Mounted on a floating type steel subframe, the
rear suspension provides agile handling, both
during normal driving and in emergency maneuvers, together with a flat ride.
In the Honda, the
rear wheels turn as much as 1.5 degrees in the same direction as the fronts
during the slight steering - wheel movements associated with
normal highway
driving and up to 5.3 degrees in the opposite direction
during sharp turning.
The AWD cars feature Dodge's handy Action Transfer Case and Front Axle Disconnect, which powers only the
rear wheels
during normal driving, engaging the fronts when conditions require extra traction.
During normal driving, it distributes power at a ratio of 40:60 between the front and
rear axles.
Typically, a four - wheel
drive vehicle is pushed by the
rear wheels
during normal operation.
During normal driving, the secondary axle is also engaged without transferring any force to the road via the
rear wheels.
Both A7 models include the latest, performance - oriented version of Audi's quattro all - wheel -
drive system, which
during normal driving sends about 60 percent of engine torque to the
rear wheels but can send more to whichever wheels can best use the traction.