Can Recovery Tow Electric Cars Safely on UK Roads?

An electric car can be stranded for the same everyday reasons as any other vehicle: a puncture, collision, warning light, flat 12-volt battery or a charging problem. But can recovery tow electric cars in the usual way? Not always. The wrong method can damage the motor, drivetrain, battery system or parking mechanism, turning a stressful breakdown into an expensive repair.

The safe answer is simple: tell the recovery operator that your vehicle is electric from the first call, then let them arrange the right equipment and loading method. In many cases, that means lifting the vehicle fully onto a recovery lorry rather than pulling it along the road.

Can recovery tow electric cars without damage?

Electric cars can be recovered safely, but the method depends on the make, model, condition and reason for the breakdown. Unlike many petrol or diesel cars, EVs do not always have a conventional gearbox that can be placed in neutral and left there while the wheels turn freely.

Many electric vehicles are designed to be transported with all four wheels off the ground. This is usually done using a flatbed or slide-bed recovery lorry. The vehicle is carefully winched onto the bed, secured at the correct points and carried to a safe destination, such as your home, a garage or a charging location.

A short tow using wheel dollies or specialist lifting equipment may be possible for certain models and situations. However, this should only be decided by a trained recovery professional after checking the vehicle manufacturer's guidance. A recovery team should never assume that an EV can be towed like a conventional manual car.

The key point is that recovery is not the same as simply attaching a rope and pulling. Proper EV recovery is a controlled loading process designed to protect the vehicle from start to finish.

Why an electric car needs specialist handling

Most EVs use electric motors connected directly or closely to the driven wheels. If those wheels are forced to rotate while the vehicle is switched off, the motor can generate electricity. That can create risks for the drive system or electronics, particularly if the vehicle has suffered damage.

There are other reasons to use care too. Electric cars are often heavier than similar petrol cars because of the traction battery. They can also sit lower to the ground, so poor loading angles can scrape the underside. The battery pack is usually positioned beneath the floor, making correct winching and securing points essential.

Some vehicles have a transport mode, tow mode or emergency neutral setting. These features can be useful, but they do not automatically mean the car is suitable for a long-distance tow with its wheels on the road. The handbook is the final authority for the specific model.

A professional recovery operator will consider whether the car can roll, whether the wheels are locked, whether it is safe to move and whether there is visible underbody damage. They will then choose the safest practical method rather than the quickest-looking one.

What to do when your EV breaks down

Your first priority is your safety, not the battery percentage. If possible, move the vehicle to a safe location away from live traffic. Switch on your hazard warning lights, wear a high-visibility jacket if you have one and keep passengers behind a barrier where it is safe to do so. On a motorway or high-speed road, use the safest available exit or emergency stopping area if the vehicle can still be driven.

When you contact recovery, give clear information. Say that the vehicle is fully electric or a plug-in hybrid, provide the make and model, and explain what has happened. Mention whether the car is charging, whether it has been in a collision, whether there are warning messages on the dashboard and whether the wheels are locked.

If the vehicle has stopped because the main battery is low, do not assume a recovery vehicle can recharge it at the roadside. Mobile charging can be possible in limited circumstances, but it depends on the equipment available and the condition of the car. Often, the safer and faster solution is transport to a suitable charger.

Do not try to force the car into neutral, disconnect orange high-voltage cables or work around damaged battery areas yourself. Orange cables and components identify the high-voltage system. Leave them alone and wait for trained assistance.

A flat 12-volt battery is different from an empty EV battery

A common point of confusion is the 12-volt battery. Even though an electric car has a large traction battery, it still relies on a smaller 12-volt battery to power key systems, including locks, lights, control units and the process that starts the vehicle.

If the 12-volt battery goes flat, the car may appear completely dead despite having plenty of charge in the main battery. Depending on the model, a trained technician may be able to provide a suitable jumpstart or battery replacement. The process must follow the manufacturer's instructions, as incorrect connection points or procedures can cause faults.

An empty traction battery is different. A standard jump pack will not recharge it. The vehicle will need a compatible charging solution or recovery to a charging point. Giving the recovery team the dashboard message and approximate remaining range helps them prepare properly.

When recovery should be treated with extra caution

After a collision, flooding, fire, severe impact underneath the vehicle or any sign of battery damage, an EV needs additional care. Warning signs can include smoke, hissing, a strong unusual smell, fluid leaking from the battery area, excessive heat or repeated safety warnings on the dashboard.

If you see smoke or fire, move well away from the vehicle, keep others back and call the emergency services. Do not attempt to extinguish a battery fire yourself unless you are trained and it is safe to do so. Do not return to the vehicle to collect belongings.

Following a serious impact, a recovery operator may need to use special isolation, handling and storage procedures. The risk is not always obvious from the outside. A damaged battery can react later, so the vehicle should be assessed by people who understand EV safety requirements.

What a professional EV recovery service should do

Reliable recovery is about more than arriving with a tow rope. The team should ask the right questions before dispatch, provide a realistic ETA, assess the scene on arrival and choose equipment suited to the car and location.

For a non-damaged EV, this commonly means checking that the vehicle can be placed in the correct mode, using approved recovery points, protecting low bodywork during loading and securing it correctly on a flatbed. If access is tight, the operator may need to plan the winch angle carefully instead of rushing the job.

For motorists in Glasgow and across Scotland, Car Recovery 24 can arrange practical 24-hour support when an electric vehicle cannot continue safely. Clear communication matters in these situations. You should know what is happening, where the vehicle is being taken and what the next step will be.

Before you need recovery: prepare your electric car

A little preparation can make a breakdown less difficult. Keep the manufacturer's recovery guidance accessible in the handbook or vehicle app, especially if your model has a specific transport mode. Know where the towing eye is stored, but do not assume it permits conventional towing - it may only be intended for short positioning movements.

It also helps to keep your charging cable, locking wheel nut key and any relevant charging account details in the vehicle. If you regularly travel long distances, plan charging stops with a sensible reserve rather than relying on the final few miles of predicted range. Cold weather, motorway speeds, strong winds and heavy loads can all reduce real-world range.

If your EV stops, stay calm and give accurate information. The right recovery team can move it safely, protect its electrical systems and get you out of a difficult situation without unnecessary delay.