The Rise of Electric and Hybrid Vehicles: New Challenges
Over the last decade, the automotive world has been turned upside down. The green transition is no longer just a trend—electric vehicles (EVs) and hybrids are now a common sight at every junction. And why not? A quiet cabin, instant acceleration, and lower daily running costs. Sounds perfect, right? However, there is a flip side. With this advanced technology, drivers have had to leave behind the “old school” tricks of the past, especially when a modern vehicle breaks down or runs out of power.
This brings us to one of the most expensive mistakes a driver can make: attempting to tow an electric car with a traditional rope. For decades, this worked perfectly. Did the engine stall? Call a friend, hook up a tow rope, and roll to the nearest garage. It makes sense, right? But not for an electric car! Such a seemingly innocent rescue maneuver can result in a total technical catastrophe and a repair bill that will make your hair stand on end. It is high time to understand why these innovative machines hate being towed and what you should actually do when that warning light appears.
The Technical Difference: Why an EV Isn’t a Standard Car
To understand the prohibition, you have to look under the hood. In a regular internal combustion engine (ICE) vehicle, things are straightforward. You press the clutch or put the car in “Neutral” (N), and the engine is physically disconnected from the wheels. They spin freely, while the engine rests. No load, no damage. Ideal freedom!
But this trick won’t work with an electric car. Their construction is from another planet. Most don’t have a gearbox or a clutch in the way we are used to. The electric motor is effectively fused with the wheels through a simple reduction gear. If the wheels turn, the motor turns. Always. Without exception. This direct connection provides that fantastic, smooth acceleration, but it also turns towing into a form of technical suicide.
Think the “N” button on your dashboard will save you? Think again. It is not a physical disconnection; it is more of an electronic trick—the car simply stops sending power and releases the electronic parking brake. The wheels remain in an iron grip with the motor. Any external movement forces it to work.
The Physics Behind the Ban: What Happens During Towing?
This is where the physics lesson begins. As soon as you tow an electric car and its wheels roll along the asphalt, they force the motor to spin. This activates regenerative braking. You see, an electric motor is a “dual-personality” machine—it acts as both a motor and a generator. Provide it with current, and it creates movement. But provide it with movement (as when being towed), and it immediately starts producing electricity. That is its nature.
In normal daily driving, this is great. When you brake, the motor generates electricity that flows back into the main battery. Your range increases! But what if the car is “dead”? Everything is turned off. The cooling system isn’t running. The Battery Management System (BMS) is dormant. The system is blind and deaf.
Yet, while being towed, the motor continues to churn out a massive amount of energy. Where is that current supposed to go? It begins to surge, attacking the inverter (the device that manages DC and AC current). The inverter starts to boil. Since the cooling liquid isn’t circulating, the heat accumulates. The outcome? In minutes, you can fry the motor, the expensive electronics, and the inverter. Everything is destroyed.
And that is the optimistic scenario! In the worst case, this overheated energy cocktail causes a short circuit, and the massive high-voltage battery can catch fire. Lithium-ion flames are terrifying—they are almost impossible to extinguish and will turn your pride and joy into a heap of ashes. This is why the prohibition on rope towing isn’t designed to complicate your life. It is a matter of survival.
Nuances of Hybrid Vehicle (HEV and PHEV) Evacuation
Many think, “But I have a hybrid! There is a real petrol engine under the bonnet, so these strict rules don’t apply to me.” No, my friends, it’s not that simple. Modern full hybrids (HEVs) and plug-in hybrids (PHEVs) contain very powerful electric motors. Just like in pure EVs, these motors are tightly coupled to the wheels.
The presence of a petrol engine won’t save you. If you tow a hybrid and the driven wheels roll on the ground, the electric motor acts as a generator. If the system is powered down, this “stray” current will simply roast the inverter and destroy the entire high-voltage system. It is as brutal as that.
That is why manufacturers are unyielding: hybrids should only be transported in a way that their driven wheels never, under any circumstances, roll along the asphalt. Yes, theoretically, a front-wheel-drive hybrid could be towed by lifting the front axle. But honestly? A flatbed recovery truck will always be the safest and most stress-free path.
Towing an electric car with a rope is not a minor stylistic error; it is an express ticket to thousands of euros in damages. The anatomy of these cars demands only one thing: during transport, the wheels must be completely off the asphalt.
How to Properly and Safely Evacuate an Electric Vehicle?
So, the car is standing on the roadside like a monument. What should you do? The only correct answer, which any manufacturer will confirm, is a flatbed recovery truck (yes, that large vehicle that lifts your car onto its deck). This is the only way to guarantee that not a single electric vehicle wheel touches the ground and spins.
Before the loading process begins, don’t forget to check the menu and find “Transport Mode” (or “Tow Mode”). This small but crucial function releases the electronic parking brake and allows the wheels to roll slightly. Just enough for the car to move onto the recovery vehicle. But beware! This mode is meant for moving a few meters at a snail’s pace, not for a highway journey behind a tow rope.
But what if the car is stuck in a narrow underground car park where a large recovery truck can’t fit? In such moments, pros bring out their secret weapon: wheel dollies. One end of the car is lifted by a manipulator, and the other is placed on small wheels. That’s it! The car glides like it’s on skates, and the original wheels never touch the ground.
What to Do if the 12V Battery Dies?
This is a classic and rather comical electric car paradox. The large, expensive high-voltage battery is full to the brim, but the car is dead and cold. What happened? Quite simply, the small, standard 12-volt battery has “kicked the bucket.” It is the exact same type found in your old diesel car! It powers the windows, doors, screens, and—most importantly—sends the command to engage the high-voltage contactors to wake up the main battery.
If this small battery is empty, you won’t even be able to release the parking brake, let alone engage “Transport Mode.” The wheels will be locked solid. The main thing is not to panic! And no, you shouldn’t tow the car by force. First, try to “jump-start” the small battery with an external charger (booster) or the help of another car. Often, this small burst of current is enough for the car’s computers to wake up, release the brakes, and allow the vehicle to be safely loaded onto the flatbed.
If no miracles happen and the wheels remain stubbornly locked, the recovery team will have to use special sliding surfaces or wheel dollies. This way, the vehicle can be slid onto the platform without damaging the tyres or the drivetrain.
Common Myths About Towing EVs
In driver forums and chat rooms, legends persist that can lead to very salty bills. Let’s debunk a few popular myths.
Myth: “If I tow it very slowly, it will be fine.”
Truth: Nonsense. Even at a measly 10-20 km/h, the motor wakes up and becomes a generator. If the system cannot handle this current, your inverter can fry after just a few hundred meters. Speed does not cancel the laws of physics; it just slightly delays the disaster. But the risk remains massive.
Myth: “By towing it, I’ll recharge the empty battery!”
Truth: It sounds brilliant, doesn’t it? If regeneration charges the battery, why not use it? But towing a “dead” car to charge it is incredibly dangerous. Yes, some manufacturers experiment with this, but it requires specific software authorization and strict control. In everyday life, attaching a rope is more likely to start a fire than to charge your car.
Myth: “I have a 4×4 (AWD)! I’ll lift the front and tow it.”
Truth: All-wheel-drive electric cars usually have two motors—one in the front and one in the rear. By lifting the front, the rear wheels will still roll on the ground and spin their motor, producing deadly current. An AWD electric car belongs only and exclusively on the back of a large flatbed truck. Period.
How to Prepare and Avoid Evacuation
Do you know what the best recovery vehicle is? The one you don’t need to call. To avoid such stress, you simply need to change your mindset and driving habits slightly.
Watch the remaining mileage on the dashboard, but don’t be naive. Are there sub-zero temperatures outside? Battery capacity will shrink before your eyes. Are you speeding down the motorway at 120 km/h, fighting a headwind, and running the heater at full blast? Energy will melt like spring snow.
Use smart apps and the car’s built-in navigation. They are specifically designed to plan routes with charging points. And never, ever leave charging until the last possible moment! Hoping to reach your destination with 1% left is Russian roulette. Leave at least a 10-15% safety buffer. What if the selected station is broken or there is already a queue?
Oh, and don’t forget about the tyres! Soft tyres mean more resistance, which wastefully consumes precious energy. Take care of your car, think a step ahead, and the recovery number in your phone will remain unused.
Frequently Asked Questions
Can I tow an electric car using a solid tow bar?
Absolutely not. Whether it’s a tow bar or a rope—physics doesn’t care. The wheels still touch the ground and stubbornly turn. As a result, the motor still generates electricity, and the risk of frying the electronics remains just as high. The only savior is a flatbed recovery vehicle.
What should I do if the electric car cannot be put into “Transport Mode”?
Is the screen black and refusing to talk to you? Most likely, the small 12V battery is toast. In this state, you cannot release the brakes or turn on tow mode. The first step is to use a “booster” to give the small battery a spark to revive the car’s brain. If that doesn’t work, the recovery specialist will need to use special sliding surfaces (skates) or dollies to get the car onto the platform without forcing the tyres.
Does KASKO insurance cover damage caused by incorrect towing?
It all depends on the fine print of your policy. However, be prepared for the worst—most insurers will gladly refuse payment. Why? Because it is written in black and white in the manual that towing is prohibited. It will be treated as gross negligence. To spare yourself this financial nightmare, entrust recovery work only to services that truly understand what an electric car is.
How is it possible to evacuate an electric car from a narrow underground car park?
Underground labyrinths with low ceilings and sharp corners are a large recovery truck’s worst nightmare; it simply won’t fit. Therefore, pros use low-profile equipment or off-road vehicles equipped with special wheel dollies. The car is lifted onto these dollies and slowly, safely pushed or pulled out into the daylight. Only then is it loaded onto the flatbed.
Do all these requirements apply to older hybrid car models too?
Definitely. Great caution is needed with any PHEV and HEV hybrid, as their internal electric motors and high-voltage networks harbor the same risks as pure electric cars. Yes, perhaps some very old “Mild Hybrid” might forgive a short pull, but the golden rule is simple: don’t risk it! It never hurts to check the manufacturer’s manual, but remember—a flatbed recovery truck will always be the wisest decision for any car containing electricity.