EV recovery and electric vehicle recovery across the UK

Why most electric vehicles must be recovered on a flatbed

The single biggest difference with EV recovery is how the car can be moved. Most electric vehicles have no true neutral gear that fully disconnects the wheels from the motor. On many models the drive wheels stay mechanically linked to the electric motor at all times, so if those wheels turn while the car is being towed, the motor is forced to spin and generate electricity. That regenerated current has nowhere safe to go when the high-voltage system is off, and it can damage the motor, the inverter or the battery.

That is why the safe default for an electric car breakdown is a flatbed recovery truck, with all four wheels lifted clear of the road. Loading the whole vehicle onto the bed means no wheel rotates on the way to its destination, so nothing drives the motor. It protects the drivetrain, the battery and the recovery crew.

Conventional towing methods that work fine on many petrol and diesel cars are often the wrong choice for an EV. A rope or A-frame tow with the drive wheels on the ground can spin the motor. A two-wheel lift or spectacle-lift that leaves the drive axle turning has the same problem. Even a short distance can be enough to cause harm on some models. Some manufacturers do publish limited exceptions, for example a specific dolly set-up or a low-speed, short-distance transport mode, but these vary by make and model and must come from the vehicle handbook, not guesswork. When in doubt, the vehicle goes on a flatbed.

High-voltage safety and why training matters

An electric vehicle carries a high-voltage battery pack and cabling that can hold a serious charge even when the car looks completely dead. Handling that safely is a skill, not a formality. An operator working on an EV needs to know how to identify the high-voltage components, how to check that the vehicle is safe to touch, and what to do if there is any sign of battery damage.

The risks are real but manageable with the right approach. After a collision or a fault, a damaged battery can produce heat, smoke or, in rare cases, a thermal event that reignites hours later. A trained operator knows the warning signs, keeps a safe distance where needed, uses the correct personal protective equipment and insulated tools, and follows the manufacturer's shutdown procedure before moving the vehicle. They also know when a situation is beyond a roadside fix and needs specialist handling or the emergency services.

• Correct identification of high-voltage cabling, connectors and the battery pack
• Insulated tools and personal protective equipment rated for high-voltage work
• Following the manufacturer's safe shutdown and isolation procedure before moving the car
• Recognising thermal warnings, smoke or battery damage and responding safely
• Knowing when to escalate to specialist recovery or the emergency services

Common electric car breakdown situations

Not every electric vehicle call-out is a dramatic high-voltage event. Many are ordinary problems that happen to involve an EV, and understanding them helps you describe what is wrong when you request help.

• Flat 12V battery: most EVs still use a small 12V battery to run the locks, screens and computers that wake the main system. If it goes flat the car can refuse to start or unlock, even with a full main battery.
• Depleted charge: running the traction battery down to zero leaves the car unable to drive. It usually needs recovery to a charge point rather than a quick top-up at the roadside.
• Tyre issues: many electric cars carry no spare wheel to save weight, so a puncture that a repair kit cannot fix often means recovery.
• Thermal or battery warnings: a dashboard alert about battery temperature or a fault in the high-voltage system should be treated seriously, and the car should not be driven until it is checked.
• Charging faults: a cable that will not release, a failed charge session or a connector problem can leave a car stranded at a public charger.

How Recovr handles EV recovery

Recovr is a breakdown and recovery marketplace. When you request help through the app, you tell us what you are driving and what has happened, then you are matched in real time to a nearby vetted operator and can track them on a live map as they head to you.

For electric vehicles, the match matters more than usual. Recovr routes EV jobs to operators who are certified to work on high-voltage vehicles and equipped to move them safely, which in practice usually means a flatbed and the right training. That way the operator who accepts your job is one who can handle an electric car, not just any recovery truck that happens to be close.

Every operator on Recovr passes identity, business and anti-money-laundering checks plus insurance verification before they can go online, so the person arriving is a properly vetted professional. You are not charged until you confirm the operator has arrived by giving them a 4-digit arrival PIN, which means the job starts on your say-so.

Recovr is preparing to launch across the UK in 2026. Coverage will grow as more operators join in each area, and matching for EV jobs depends on certified operators being available nearby.

What EV recovery costs with Recovr

We publish pricing as principles rather than a fixed figure, because the right price depends on the job, the distance and the vehicle. What we can tell you is how pricing works so there are no surprises.

All prices shown in Recovr include VAT. You see a price before you confirm, and if the operator finds that extra work is needed, the final price is confirmed with you before anything else goes ahead. You stay in control of what you agree to.

Behind the scenes, operators keep 80% of every job on a flat 20% platform fee, and they are paid through Stripe Connect when they arrive. A fair, transparent split is part of keeping good, properly equipped operators on the platform, including the ones certified for electric vehicles.

• All prices include VAT, shown before you confirm the job
• Any extra work is priced and agreed with you before it starts
• No charge until you confirm arrival with your 4-digit PIN
• Operators keep 80% of every job on a flat 20% platform fee

Why the right EV recovery matters more each year

Electric vehicles are a growing share of the cars on UK roads, and demand for breakdown help is not going away. National Highways data released under FOI and reported by PA recorded 251,448 breakdowns on England's motorways in 2024, a 47 percent rise since 2014. As more of those breakdowns involve electric cars, the number of drivers who need an operator trained and equipped for high-voltage vehicles rises with them.

Getting the recovery right protects an expensive part of the car. The traction battery is one of the most costly components in an EV, and towing it the wrong way can cause damage that a flatbed would have avoided entirely. Choosing recovery that treats an electric vehicle as an electric vehicle, rather than as a heavy hatchback, is the difference between a straightforward transport job and an expensive repair.