Not exact matches
The system being developed for the A9 e-tron
sends power to all four
wheels via a drive management system, which uses electronic torque vectoring
to apportion
power between individual
rear wheels depending on grip levels.
Most trucks and SUVs (even crossovers with all -
wheel drive) come with center - locking differentials which
send power evenly
to the front and
rear axles, but those axles have their own differentials which vary the amount of
power between the left and right
wheels depending on the amount of grip available.
You already know the bare bones about this car: the same 6.2 - liter supercharged V8 as the Corvette Z06 (minus the dry sump lubrication), making 640 SAE - certified hp and 630 SAE - certified lb - ft of torque
sent to the
rear wheels through a Hydramatic 8L90 eight - speed automatic and an electronic limited - slip diff; magnetic ride control at all four corners; ZF electric
power steering that varies the level of assist
depending on demand and conditions; traction control with more settings than a bridal registry; and a nice Cadillac - designed exterior that won't be mistaken for anything else on Earth.
The 5 - cylinder engine is mated
to a 7 - speed dual - clutch automatic transmission,
sending power to all four
wheels and can
send from 50 - 100 % of the
power to the
rear wheels depending on conditions.
Depending on several variables, including vehicle speed; lateral and longitudinal acceleration; steering angle; friction differences between
wheels and accelerator position, the
rear differential will engage and
power up the
rear wheels — typically dividing torque 50 - 50, but, for brief bursts on extreme low - friction surfaces, it can
send all engine
power to the
rear.
It
sends power through a 9 - speed automatic transmission
to a Haldex all -
wheel - drive system, which seamlessly varies the
power between the front
wheels and the
rears,
depending on where the system senses that the tires have the best grip.
In normal range, the V8 system delivers variable all -
wheel drive, instantly changing the amount of
power sent to the front or
rear wheels depending on the amount of traction available under the respective tires.
The engines will come paired
to 6 - speed manual and automatic transmission options on offer that will be
sending power to the
rear wheels or all four
wheels,
depending on the market.
The 240 horsepower of a 2.0 - liter turbocharged 4 - cylinder engine
sends power through a 9 - speed automatic transmission
to a Haldex all -
wheel - drive system, which seamlessly varies the
power between the front
wheels and the
rears,
depending on where the system senses that the tires have the best grip.
The engine is combined with a six - speed automatic transmission that
sends the
power to either the
rear or
to all four
wheels,
depending on the configurations chosen by the client.
The
rear - biased system could
send up
to 100 percent of
power to the back
wheels,
depending on the need and road conditions.
Power is sent to all four wheels via the new Active All - Wheel Drive system, which is rear - biased for the most part but will send power to the front wheels depending on the terrain and traction requ
Power is
sent to all four
wheels via the new Active All -
Wheel Drive system, which is
rear - biased for the most part but will
send power to the front wheels depending on the terrain and traction requ
power to the front
wheels depending on the terrain and traction required.