Electric 4x4 and hybrid: drive, range and winter driving

• An electric 4x4 usually has two electric motors, one on the front axle and the other on the rear. Electronics control how they work together, and some systems, such as the one in the Hyundai Ioniq 5, can disconnect the second axle to save energy.
• A hybrid with all-wheel drive usually drives the rear wheels with a separate electric motor and needs no propshaft. Once its battery is depleted, the Mitsubishi Outlander PHEV lets the combustion engine generate electricity for the electric motors.
• All-wheel drive costs some range. The Hyundai Ioniq 5 in its original version with a 72.6 kWh battery covers 481 km on the WLTP cycle with rear-wheel drive and 460 km with all-wheel drive.
• In winter, an electric 4x4 helps when pulling away and climbing. It does not shorten braking distances, cannot replace winter tyres and is no match for an off-roader with low range.

An electric 4x4 drives both axles without the propshaft that links them in a mechanical four-wheel-drive car. Many hybrids use the same principle, but their capabilities differ depending on where the rear electric motor gets its energy from. The AWD label in an advert therefore only tells you that the car can drive all its wheels. How long it can keep that up, what happens when the battery is depleted and how much range the drive costs all depend on the design. Hybrid 4x4s also feature in our guides to the best 4x4 SUVs and small 4x4 SUVs.

The most common electric car with all-wheel drive has two electric motors: one drives the front axle, the other the rear. Both draw energy from a shared traction battery. There is no mechanical link or centre differential between the axles; their interaction is controlled by electronics. Each motor drives the wheels of its axle through a reduction gear and a differential. When one wheel slips, the electronics brake it.

Do both motors work all the time?

No. When cruising, the car mainly uses one axle and engages the other when accelerating or on a slippery surface. Motor control responds instantly and does not wait for the wheels to spin noticeably.

The secondary motor can be switched off to save energy. Some designs can also disconnect the second axle, so the motor is not turned unnecessarily. The first-generation Hyundai Ioniq 5 (from 2021) has such a system.

All-wheel drive in mechanical systems with a propshaft, clutch and differentials is explained in our article How 4x4 works.

In a hybrid, a combustion engine works together with an electric drive. All-wheel drive is usually provided by a separate electric motor on the rear axle, but there are also hybrids with a mechanical link between the axles. The "hybrid" badge does not define the four-wheel-drive design.

Full hybrid without plug-in charging

A full hybrid (HEV) obtains electricity through regeneration when slowing down and from the combustion engine. A small battery serves as a running energy buffer.

The fifth-generation Toyota RAV4, introduced in 2019, has an additional electric motor on the rear axle in its Hybrid AWD-i version. The rear wheels are not mechanically connected to the drive at the front, and the electronics engage them according to the driving situation. That is enough for pulling away on snow, a slippery driveway or wet grass. It is not an off-roader with low range and mechanical diff locks.

Plug-in hybrid

A plug-in hybrid (PHEV) has a larger battery that you can also charge from a socket, and it can cover longer distances without the combustion engine. The electric motor on the rear axle then drives the rear wheels even in purely electric driving.

One example is the third-generation Mitsubishi Outlander PHEV, launched in 2013. When the charge is low, it switches to a mode in which the combustion engine generates electricity for the electric motors. Rear-wheel drive therefore does not depend only on the energy you put in from the socket.

A plug-in hybrid that has used up its electric range does not have a physically empty battery. The control system keeps an operating reserve and the car switches to hybrid mode, in which the combustion engine supplies the electricity. On the Mitsubishi Outlander PHEV, the rear electric motor therefore keeps working even after the electric range has been used up. A full hybrid always operates with a small store of electricity and does not need plug-in charging.

That does not mean unlimited electric power, though. On a long, demanding climb or when repeatedly trying to get unstuck, the drive is limited by the state of charge and the temperature of the components. A short climb up a snowy track is no problem for the system; prolonged digging in deep snow is an entirely different task.

A fault in the high-voltage system is a different situation from a used-up electric range. In that case, you cannot rely on the rear wheels being driven.

Electrified 4x4s are becoming increasingly common among used cars. According to a Carvago analysis, the share of electric cars, full hybrids and plug-in hybrids among used 4x4s more than doubled in three years in six of the seven European countries tracked. In January to September 2026, it ranged from 8.8% to 23.9% depending on the country.

The model name without the drive version is not enough. Versions with one and with both axles driven are sold within the same model range, and the technology changes with facelifts. With a used electric car, it is also worth checking the condition of the traction battery, not just the drive version.

A second motor adds weight and further losses. Disconnecting an axle reduces them, but does not erase the difference between versions. The Hyundai Ioniq 5 in its original version with a 72.6 kWh battery covers 481 km on the WLTP cycle with rear-wheel drive and 460 km with all-wheel drive. The 4x4 version therefore has 21 km less range. On other models the difference may be different. A larger battery or smaller wheels can easily mask it, so it makes sense to compare versions with the same battery from the same model year.

With a plug-in hybrid, consumption is affected more by how often you charge than by the drive. With a charged battery, the car can cover everyday journeys mostly on electricity; once the electric range is used up, it runs mainly on the combustion engine.

What does winter do to range?

In freezing temperatures, energy is used to heat the cabin and, on many cars, to warm the battery as well. A cold battery limits both power and charging speed. Short journeys use the most energy, as the cold car has to be heated up again each time.

The winter drop in range and the difference between rear-wheel drive and 4x4 are two separate effects. The official WLTP figure does not tell you how far the car will go on the motorway in freezing weather. Preconditioning at the charger, when the car takes the energy for warming up from the grid rather than the battery, and smooth driving both help.

On a snowy hill, the second driven axle uses grip that would otherwise go to waste. It helps when pulling away, leaving a parking space and driving slowly on a slippery track. Electric motors also meter out power very precisely.

All-wheel drive does not shorten braking distances. When cornering, the tyres have to cope with the lateral forces, whether the car has one motor or two. Winter tyres therefore remain essential, even on an electric 4x4.

On rougher tracks, drive modes that change the drive response and brake individual wheels help. Trail Mode on the Toyota RAV4 V Hybrid brakes a freely spinning wheel, so that power goes to the wheel that has grip.

The limits, however, are also set by ground clearance, approach and departure angles, tyres and underbody protection. Even the fastest electronics cannot deal with a rock under the car. An electrified SUV will manage a snowy driveway or a muddy meadow, but it is no substitute for an off-roader with part-time four-wheel drive and low range, such as the fourth-generation Suzuki Jimny (introduced in 2018).

• Mixing up drive versions. Neither the "hybrid" badge nor the model range name confirms all-wheel drive. What counts is the version designation in the listing, such as AWD-i, 4x4 or GTX.
• Short acceleration instead of sustained load. Brisk acceleration does not show what the electrical system can withstand when getting unstuck or on a long climb, when temperature and state of charge hold it back.
• Overestimating drive modes. Snow or Trail mode changes how the drive is controlled, but it does not raise ground clearance or replace suitable tyres.
• A plug-in hybrid without access to charging. Anyone with nowhere to charge carries a heavy battery around and drives mostly on the combustion engine.

Carvago has the widest selection of used electric cars from dealers across Europe. You can therefore compare all-wheel-drive versions with the same battery across dozens of offers, not just a handful of local adverts.

On a used electric car, the traction battery is the most expensive component besides the drivetrain. For many electric cars offered by Carvago, an AVILOO battery test has already been carried out, and for others it can be ordered.

Every car is inspected by a technician before sale as part of CarAudit™: up to 270 checkpoints, including the technical components, diagnostics and a test drive. You know the result before you decide to buy the car. Carvago guarantees the condition of the vehicle stated in the CarAudit™ certificate, so you do not have to arrange a professional inspection of a car at a dealer in another country yourself.

Does an electric 4x4 need snow chains?

On deep or compacted snow, they may be needed even on a 4x4. The type of chains you may fit and which axle they go on are set out in the car's owner's manual. With some wheel and tyre combinations, there is no room for standard chains.

Does electric all-wheel drive need special maintenance?

Less than a mechanical 4x4. Neither an electric car with two motors nor a hybrid with a rear electric motor has a propshaft or centre coupling, so there is no clutch oil change. Škoda specified this every three years for the multi-plate clutch of the Octavia Combi III 4x4 and Kodiaq I 4x4. The electric motors' reduction gears and the high-voltage system are serviced according to the manufacturer's schedule. Maintenance of a mechanical drivetrain is covered in our article on buying a used 4x4.

Is an electric or hybrid 4x4 suitable for towing a trailer?

All-wheel drive helps when pulling away with a trailer, especially on a slippery surface. The permitted trailer weight, however, depends on the figures for the specific drive version, not on the AWD badge. A trailer significantly increases energy consumption, so with an electric car you should expect to charge more often.

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