Lithium - ion batteries and in -
wheel electric motors power the BladeGlider, with large rear air vents to aid in keeping the motors cool.
Not exact matches
Powered by three
electric motors — one in front and two at the rear — FF 91's all
wheel drive system will be capable of blasting off a 0 - 60 mph time of 2.39 seconds, making it the world's quickest
electric vehicle.
This
electric powered grinder has quick change
wheel guards to adjust for any project and a thin line
motor housing to increase the versatility.
Each
wheel is
powered by a separate
electric motor.
A 6 kW
electric motor in the main
wheel provides extra
power during acceleration and taxiing to reduce electrical
power consumption on the ground.
Kia says this concept vehicle uses an
electric all -
wheel - drive system, which likely means that it will be a hybrid with a gasoline engine
powering the front
wheels and an
electric motor powering the rear
wheels.
This energy will be stored in a battery, which can then provide
power for
electric motors that
power the front
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.
Under the bonnet you'll find the 201bhp
electric motor which
powers the front
wheels via a single speed gearbox.
Built in less than nine months by 13 Wolfsburg plant apprentices, the GTI First Decade is
powered by a 404 - hp gasoline engine driving the front
wheels, coupled to a rear - mounted
electric motor that drives the rear
wheels.
Powertrain
Motor: AC synchronous
electric Power: 123 hp / 92 kW Torque: 189 lb - ft / 256 Nm Transmission: Single - speed Drive: Front -
wheel
It's
powered by four compact permanent magnet synchronous
electric motors and features all -
wheel drive.
Its so - called «e-AWD» system is likely a hybrid powertrain setup, with the front
wheels powered by a conventional four - cylinder engine, and a rear - mounted
electric motor powering the rear
wheels.
Reports from earlier this year suggest that the new Supra will likely be based on the same platform as the next BMW Z4, with
power coming from either a BMW - sourced turbocharged engine or a hybrid drivetrain, possibly with front -
wheel electric motors which could endow the rear -
wheel - drive sports car with all -
wheel drive.
We had a couple of the same limited laps in an RLX hybrid with Super-Handling All -
Wheel Drive, which uses an
electric motor to
power the rear
wheels and combines with the 3.5 - liter V - 6 and seven - speed dual - clutch transmission to provide 370 horsepower.
The 591bhp engine - horizontally opposed, naturally, and paired with three
electric motors -
powers along a 1380 kg frame through all four
wheels.
With advanced technology like rechargeable lithium batteries and
electric motors providing
power to the
wheels, modern battery
electric vehicles allow for all -
electric driving while producing zero tailpipe emissions.
The front
wheels are driven by a 161bhp, 2.0 - litre turbodiesel, the rear
wheels by a 37bhp
electric motor, and the most
power available when both are in action is 197bhp.
V - 8 performance with four - cylinder fuel efficiency The RLX Sport Hybrid SH - AWD throws out the conventional driveshaft of the TL SH - AWD and instead uses two
electric motors that torque - vector the rear
wheels and provide gas - free
power up to 50 mph.
Ford Focus
Electric By the end of this year, Ford will enter its first - ever battery - powered compact into the EV fray with a 123 - hp electric motor turning the front wheels of a four - door ha
Electric By the end of this year, Ford will enter its first - ever battery -
powered compact into the EV fray with a 123 - hp
electric motor turning the front wheels of a four - door ha
electric motor turning the front
wheels of a four - door hatchback.
Built upon the front -
wheel - drive Patriot,
power comes primarily from a lithium - ion battery pack, which drives a 150 kW (200 hp)
electric motor.
The RLX Sport Hybrid SH - AWD prepares Acura enthusiasts for the return of the NSX, which will have a longitudinal V - 6, in this case twin - turbocharged, and connected to a version of the seven - speed DCT with a built - in
electric motor, plus two
electric motors powering the front
wheels.
The car has a battery pack connected through associated electronics to an
electric drive
motor that
powers the front
wheels through a few reduction gears and a differential.
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.
The all -
wheel - drive system will deliver the
power for the front
wheels through two
electric motors.
Using two
electric motors similar to those in the Porsche 919 hybrid race car, the Mission E has over 600 hp to
power all four
wheels, and rockets from 0 - 62 mph in less than 3.5 seconds.
Plans for the car call for a plug - in hybrid EV that will have a two - cylinder BMW motorcycle engine to
power the rear
wheels and an 80 - hp
electric motor to feed the front
wheels.
On top of that, MT says that the turbo FR - S sedan will be followed by a hybrid version, which would still employ Subaru boxer
power but also gain all -
wheel drive using in -
wheel electric motors.
The all -
wheel drive CUV is
powered by two synchronous
electric motors that cranks out over 600 hp (440 kW).
A lithium - ion battery sitting ahead of the engine directs to
power that
motor, as well as two additional
electric motors placed on the front axle, which each feed
power to the respective
wheels and use a computer - operated torque vectoring feature when necessary.
The new i8s are
powered by an
electric motor and a twin - turbo three - cylinder engine with 143 hp and 236 lb - ft of torque to the rear
wheels.
Under the Hood The Leaf uses a 340 - volt battery pack to
power an
electric drive
motor, which drives the front
wheels with 107 horsepower and 207 pounds - feet of torque.
In a special off - road mode, the gas engine drives the front
electric motor as a generator to
power the rear
motor and turn all four
wheels.
Engine: 4 - cylinder aluminum DOHC 16 - valve Horsepower: 158 hp @ 5200 rpm Torque: 162 lb - ft @ 2800 rpm
Electric Motor: Permanent Magnet Synchronous AC
Power Output: 40 hp @ 0 - 1500 rpm Torque: 199 lb - ft @ 0 - 1500 rpm Battery Type: Nickel - Metal Hydride Transmission: Continuously Variable Drive: Front -
Wheel
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.
Up front, a single
electric motor drives the front
wheels through a two - speed automatic transmission, with peak
power output of 143 hp and 184 - lb - ft of torque.
A 225 - hp (222 - hp, SAE) 2.0 - liter four
powers the front
wheels through a seven - speed dual - clutch and a 65 - hp (64 - hp SAE)
electric motor powers the rears.
Two inboard
electric motors, one placed at each
wheel on the front axle, deliver a combined maximum
power output of 1341bhp in circuit mode; this can be dialled back to 536bhp in road mode.
The i8 has an
electric motor that
powers the front
wheels and a gasoline - fueled engine that
powers the rear
wheels, but every time you grab onto something familiar, it turns out to have unexpected consequences with unfamiliar values.
No matter whether the Honda plug - in is relying on energy from its 6 - kWh lithium - ion battery or its fuel tank, the
wheels are primarily
powered by a 161 - hp
electric motor.
That system employs an
electric motor powering the front
wheels and a conventional combustion engine out back
powering the rears.
A 55 - kW (74 - hp)
electric motor spins the rear
wheels, and is
powered by a 17.6 - kWh lithium - ion battery pack.
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.
There is also an all -
wheel - drive mode that uses the
electric motor in the rear axle in combination with the gasoline engine that
powers the front
wheels, and the driver can also choose to save the car's battery
power for later
electric - only driving.
A 54 - hp
electric motor integrated into the transmission helps
power the front
wheels, while a 114 - hp
motor drives the rear
wheels.
Unlike the current SH - AWD system, which would send
power to the front
wheels by way of a driveshaft and a mechanical differential, the NSX's front
wheels will instead be
powered by a pair of
electric motors.
Less ambitious than its earlier concepts, the «city sports» Quantino pairs this technology with a modest 80kW of
electric power — that's 107bhp — split between four
electric motors, for an all -
wheel drive setup.
Power is sent to all four
wheels, and we wouldn't be surprised if two of those
wheels were turned exclusively by the
electric motor.
A 150 - hp
electric motor drives the rear
wheels, drawing
power from a lithium - ion battery pack good for 100 - plus miles of range.