The electric motor
powers the rear wheels while the three - pot handles the front axle.
Not exact matches
Personally, the highly capable torque - vectoring all -
wheel - drive system gave me all the grip I needed when I needed it,
while at the same time piping the
power to the
rear wheels often enough that I didn't want for more grunt.
The 3.0 - liter turbocharged Volvo straight - six is tweaked to 345 hp,
while a reprogrammed all -
wheel - drive system that can send more
power to the
rear wheels.
The 5.2 - liter, naturally aspirated gas engine would drive the Asterion's
rear wheels via a seven - speed dual - clutch automatic transmission
while a pair of electric motors hooked up to a computer - operated torque vectoring system on the front axle would
power the hybrid car's front
wheels.
Its torque distribution is 40:60 front:
rear,
while V6 - equipped cars get Audi's sport differential — which actively distributes
power between the
rear wheels individually during cornering — as an option.
While this naturally won't put the car's entire output to the
rear wheels (as each
wheel is
powered independently), it will give the car unique driving characteristics for those with a more flamboyant driving style.
Backing it up is a ZF - sourced eight - speed dual - clutch automatic gearbox sending
power to the
rear wheels,
while noise funnels through a wildly different exhaust with a sound that now befits an Aston Martin.
Two electric motors are housed up front to separately drive each front
wheel,
while a
rear - mounted electric motor supplements the V - 6's
power and can function as a generator to charge the lithium - ion battery pack.
Front - end grip is monumental (partly thanks to an extra 30 mm of track),
while the M Diff at the
rear helps you to deploy the
power ridiculously early — for a 552bhp
rear -
wheel car it's surprisingly friendly and straightforward.
Cabin noise has been reduced via added sound deadening in the
rear wheel wells and headliner,
while the
power steering and suspension has been retuned specifically for the RF.
The powertrain is complicated even by the standards of this segment: A twin - turbo V - 6
powers the
rear wheels through a nine - speed dual - clutch transmission,
while a
rear - mounted electric motor provides supplemental
power to the
rear wheels for quicker response.
Power from the engine and first electric motor is sent through a six - speed dual - clutch transmission and the front axle, while the second motor handles power to the rear wh
Power from the engine and first electric motor is sent through a six - speed dual - clutch transmission and the front axle,
while the second motor handles
power to the rear wh
power to the
rear wheels.
The entry - level
power unit is naturally aspirated and displaces 999cc, developing 70bhp and putting 67 lb ft of torque through the
rear wheels,
while a 898cc turbocharged three - pot is also available, with 89bhp and 100 lb ft at its disposal.
A widened track accommodates 19 - inch lightweight
wheels shod in Michelin Pilot Super Sport tires,
while increased stopping
power comes from blue M brake calipers, with 15.0 - inch front rotors and 14.5 - inch
rear rotors.
A turbocharged 1.5 - liter inline - three engine develops 170 hp and drives the
rear wheels by way of a six - speed automatic transmission,
while a separate 131 - hp electric motor generator draws
power from a lithium - ion battery pack and feeds the front
wheels through a two - speed transmission.
A 54 - hp electric motor integrated into the transmission helps
power the front
wheels,
while a 114 - hp motor drives the
rear wheels.
The 4WD system sends
power to each of the four
wheels while ARB lockers lock the front or
rear axle to force each tire to spin at the same rate of speed.
While the V - 6 can be equipped with all -
wheel drive, the 5.0 - liter Genesis directs its
power only to the
rear wheels, by way of an eight - speed automatic transmission.
The S E Countryman ALL4 is Mini's first plug - in hybrid vehicle, which uses a 1.5 - liter three - cylinder engine to drive the front
wheels through a six - speed automatic transmission,
while the
rear wheels are driven by an 87 - hp electric motor
powered by a 7.6 - kilowatt - hour lithium - ion battery.
My winters growing up in Grand Rapids, Michigan were spent in snow - covered parking lots, pulling the handbrake on
rear -
wheel - drive cars and
power oversteering them
while simultaneously avoiding curbs and light poles.
A turbocharged 1.6 - liter four - cylinder is tasked with drive the front
wheels,
while a pair of electric motors
power the
rear axle, thus blessing the Hybrid R with all -
wheel - drive.
A 129bhp electric motor drives the front axle,
while a 228bhp three - cylinder 1.5 - litre turbo petrol engine
powers the
rear wheels.
A 473bhp 4 - litre flat - six engine
powers the
rear wheels,
while two electric motors (each developing around 80bhp)
power the front axle, effectively making this a four -
wheel - drive GT3.
The XLE Premium trim (popular with many 2018 Avalon reviews) adds even more exciting luxury features like wireless smartphone charging and an Entune Premium Audio system with navigation,
while the range - topping Avalon Limited gets everything from 18 - inch Super Chrome alloy
wheels, rain - sensing wipers and premium perforated leather - trimmed front seats to a JBL audio system, a
power rear - window sunshade and white ice ambient interior lighting.
As technology evolved, 4MATIC moved with it, morphing from a part - time system to a permanent all -
wheel drive setup that utilized a mechanical center differential to transmit
power from the transmission to both the front and
rear tires
while front and
rear diffs provided traction to the left and right tires on each axle.
The electric motor is sending
power to
rear wheels while gaining 250 lb - ft of torque.
Though it never feels all -
wheel drive, traction is rarely an issue,
while the brakes — cast iron (ceramics are a # 5K option), drilled and vented, 365 mm front and
rear — have terrific
power and silky progression.
Aerosmith was right, the past is gone, but there's a new form of muscle car, and
while it's electronically refined, at least it puts its
power to the
rear wheels
One integrated electric motor gives the
power to the front
wheels,
while two additional electric motors gives
power on the the
rear wheels.
Power is delivered via both a fixed gear and seven - speed dual - clutch gearbox; the former operates on the front axle to provide electric drive to the front wheels at speeds up to 165 mph, while the latter sits at the rear and drives the rear wheels with a combination of electric and gasoline - engine p
Power is delivered via both a fixed gear and seven - speed dual - clutch gearbox; the former operates on the front axle to provide electric drive to the front
wheels at speeds up to 165 mph,
while the latter sits at the
rear and drives the
rear wheels with a combination of electric and gasoline - engine
powerpower.
For V6 engine, it will be all
wheels power,
while I4 engine will be
rear wheels power transmission.
Two of them are used in place of a traditional driveshaft and differential to
power the
rear wheels,
while the third motor supplements engine torque to the front
wheels and uses regenerative braking energy to feed a lithium - ion battery pack.
An electric motor adds a further 131 hp and 250 Nm of torque and is connected to the
rear wheels,
while the engine
powers the front.
The key to the layout is the engine drives the front
wheels while the electric motor
powers the
rear, which gives the T8 an all -
wheel - drive extension.
Higher trim levels get a
powered tailgate,
while a space - saver spare
wheel is fitted as standard, located under the
rear of the car.
As a result, Toyota wants to show off the powertrain which offers 300 horsepower from a 1.6 - liter turbo engine
powering the front
wheels,
while a pair of electric motors (60 hp each)
power the
rear wheels, delivering a total of 420 horsepower.
The 1.5 - liter combustion engine develops 170 kW / 231 hp and drives the
rear wheels of the BMW i8,
while the 96 kW / 131 hp electric drive sends its
power to the front
wheels and allows an all - electric range of up to 35 kilometers (22 miles) and a top speed of 120 km / h (75 mph).
The 4S can be optionally outfitted with most of the Turbo's standard kit, including the air suspension,
while additional highlights include various
wheel, paint, interior trim and leather specifications (with multiple two - tone interior treatments on offer),
rear -
wheel steering, speed - sensitive steering assist, ceramic composite brakes, a sport exhaust,
power - closing doors, a heated steering
wheel, a 21 - speaker Burmester audio system, 14 - way adaptive sport seats, eight - way
power rear seats with memory, cooled front and
rear seats, massaging front and
rear seats, four - zone climate control, a
rear touchscreen interface,
power rear sunshades and a dual - screen
rear entertainment system.
The Adventurer adds the 4.7 - liter V8, 17 - inch unique alloy
wheels and specific trim,
while the Limited features 18 - inch chrome alloy
wheels,
power liftgate, leather seats, dual - zone automatic temperature control and ParkSense
rear park assist.
McLaren's 4.0 - liter twin - turbo V8 spins the
rear wheels,
while electric motors
power each front axle.
Ridgeline in fact comes with a standard four -
wheel drive system that generally runs on front -
wheel drive but can divert
power to the
rear wheels while accelerating and in low - traction conditions.
So
while it might look like a traditional front - engined,
rear -
wheel - drive Benz, the CLA45 is
powered by a transversely mounted turbocharged 2.0 four, delivering its efforts to all four
wheels.
It's
powered by three electric motors, two of which drive the
rear wheels while the other
powers the front ones
In the Outlander, the gasoline engine and one motor
power the front
wheels,
while the second motor
powers the
rear wheels.
While some vehicles can only split
power between the front and
rear axles, a few include torque vectoring, which can further distribute
power between the left and right
wheels.
All that
power is fed to the
rear wheels via a six - speed gearbox (there's no confirmation on whether it's a manual or auto) and limited - slip differential,
while carbon ceramic brakes with six - piston calipers will bring the Missile to a stop.
A
power sunroof comes at an extra $ 900
while 19 - inch alloy
wheels with 245/40 (front) and 275 / 35ZR (
rear) tires are offered as standard.
Most other electronic AWD systems are similar, but HTRAC pushes the proportions to extremes: normal driving will give a 60 percent bias to the
rear wheels, but economic highway cruising will send up to 100 percent of the
power to the
rear,
while slippery conditions can move up to 90 percent of the
power to the front.
And slamming through a few turns, the adaptive suspension minimized roll
while its twin electric motors put extra
power to the outside
rear wheel, creating precise torque vectoring.
Performance Control can also apply the inside
rear brake
while also applying a little more
power to the outside
wheel (to compensate for the additional drag of the brake) in order to help rotate the vehicle.