A disabled electric vehicle needs different handling than a gas-powered car. This EV towing guide covers what to do first, what information to give dispatch, and why the wrong towing method can turn a manageable breakdown into expensive drivetrain or battery damage.
This guide is about towing an electric vehicle that cannot be driven, not about using an EV to pull a trailer. The priority is simple: keep people out of danger, protect the vehicle, and get it transported using the method specified by its manufacturer.
If the vehicle loses power, displays a serious warning, has a flat tire, or will not shift into drive, do not focus on diagnosing it from the shoulder. Turn on the hazard lights and move the vehicle to a safe location only if it can be done without risk. If it cannot move, get yourself and passengers away from traffic when conditions allow.
Put the vehicle in park if possible, apply the parking brake, and avoid standing between the EV and moving traffic. On a busy road, at night, or in poor weather, visibility matters as much as the mechanical problem. Call emergency services first if there is an injury, a collision blocking traffic, smoke, fire, or a hazardous location.
Do not assume a low battery is the only issue because the vehicle will not start. An EV can be immobilized by a damaged tire, a failed 12-volt battery, a charging-system fault, software warning, collision damage, or a high-voltage system alert. The safest next step is a professional assessment and the right transport equipment.
Most electric vehicles should be carried on a flatbed rather than towed with two wheels rolling on the road. Unlike a conventional vehicle that may be placed in neutral and pulled from one end, many EVs can generate electricity when their drive wheels rotate. That can send power through components that are not meant to operate while the vehicle is disabled.
In practical terms, dragging or dolly towing an EV incorrectly can damage the drive unit, power electronics, or battery system. All-wheel-drive EVs require particular care because both axles may be connected to electric motors. A flatbed keeps all four wheels off the ground and is generally the safest recovery method.
There are exceptions. Some manufacturers allow limited wheel-lift towing, a transport mode, or a specific procedure for moving the vehicle a short distance. Those instructions vary by make, model, year, drivetrain, and the condition of the vehicle. The owner’s manual is the final authority. If the manual is unavailable, treat flatbed transport as the preferred method until a qualified towing provider confirms otherwise.
When calling for help, say that the vehicle is electric at the beginning of the call. This allows the towing provider to send equipment suited to the job and gives the operator time to check the proper loading requirements.
Be ready to provide the vehicle’s make, model, year, and current location. Also explain whether it is in a garage, parking structure, driveway, highway shoulder, or accident scene. Low-clearance areas, locked wheels, a vehicle stuck in park, and a damaged suspension can change what equipment is needed.
It also helps to report the exact warning message on the dashboard, whether the vehicle has been in a collision, and whether the battery is low, damaged, smoking, or exposed to water. These details are not minor. They help the towing team prepare for a standard transport, a difficult recovery, or a situation that may require emergency services and additional safety measures.
For a scheduled move, provide the destination and confirm that the receiving location can accept the vehicle. A repair shop may have after-hours drop-off instructions. If the problem is simply a depleted traction battery, confirm whether the destination has a working charger and whether the vehicle can be left there safely.
A disabled EV may not shift into neutral the way a traditional car does. Some models require power from the 12-volt system, an active key, a touchscreen command, or a manufacturer-specific transport setting. Forcing the gear selector, releasing the parking brake without a plan, or attempting to push the vehicle can create a hazard on an incline or damage the vehicle.
Do not attach a rope, chain, or strap to a suspension component, wheel, or random opening under the bumper. EVs have designated recovery points, and their underbody battery packs need protection during loading. A trained operator will use the correct tow-eye location, winching technique, and ramp angle to load the vehicle without scraping the battery enclosure or body panels.
If the EV is stuck in park, the tow operator may use dollies, skates, or other recovery equipment to position it safely onto a flatbed. That is slower than simply driving a car onto a truck, but it is often the correct approach. The few extra minutes can prevent major damage.
Every EV has a high-voltage traction battery, but most also rely on a smaller 12-volt battery for basic functions such as unlocking doors, powering electronics, and allowing the vehicle to start its systems. When the 12-volt battery fails, the vehicle may appear completely dead even when the traction battery has plenty of charge.
A roadside technician may be able to jump-start the 12-volt battery using the manufacturer’s approved connection points. That does not charge the main battery, and it does not guarantee the underlying problem is solved. Once the vehicle powers up, it may still need inspection or towing, especially if warning lights remain on.
Avoid touching orange high-voltage cables, connectors, or components marked with electrical hazard labels. Do not attempt to open battery covers or repair high-voltage equipment at the roadside. Those systems require trained technicians and proper protective procedures.
Collision damage changes the recovery process. Even if the vehicle seems drivable, a hard impact underneath the car can affect the battery pack. If you smell burning, see smoke, hear hissing or popping, notice fluid leaking from the battery area, or receive a high-voltage fault warning, move away from the vehicle and keep others back.
Call emergency services in a suspected battery fire or thermal event. Do not re-enter the vehicle to retrieve belongings if conditions are unsafe. EV battery incidents are uncommon, but when they occur, they need specialized scene management and monitoring.
Flood exposure is another reason not to restart or charge the vehicle until it has been inspected. Water can affect electrical systems and create risks that are not visible from the outside. Let the towing provider know the vehicle was submerged or driven through deep water before loading begins.
A professional EV recovery starts with a quick safety check of the scene and vehicle condition. The operator should confirm the make and model, identify whether the vehicle can roll, locate the approved recovery points, and choose a transport method that keeps the drivetrain protected.
For most disabled EVs, that means a flatbed truck, controlled winching, and careful securement. The vehicle should be loaded with attention to ground clearance and the location of the battery pack. Once on the bed, it should be secured according to approved tie-down practices rather than by placing stress on sensitive underbody components.
At Remorquage Flex, the goal is not merely to move a vehicle quickly. It is to move it in a way that matches the condition of the vehicle and the urgency of the situation. That distinction matters when an EV cannot roll, has collision damage, or is stopped in a difficult location.
If you drive an EV regularly, save the roadside assistance number, keep the owner’s manual available in the vehicle or on your phone, and know where your model’s tow instructions are located. A photo of the dashboard warning can also help dispatch understand the issue.
When help arrives, tell the operator about any warning messages, recent collision, charging problem, water exposure, or unusual odor. Then let the recovery team handle the loading process. The right tow is not just transportation to the next location. It is the first step in preventing a roadside problem from becoming a larger repair.
A disabled electric vehicle needs different handling than a gas-powered car. This EV towing guide covers what to do first, what information to give dispatch, and why the wrong towing method can turn a manageable breakdown into expensive drivetrain or battery damage.
This guide is about towing an electric vehicle that cannot be driven, not about using an EV to pull a trailer. The priority is simple: keep people out of danger, protect the vehicle, and get it transported using the method specified by its manufacturer.
If the vehicle loses power, displays a serious warning, has a flat tire, or will not shift into drive, do not focus on diagnosing it from the shoulder. Turn on the hazard lights and move the vehicle to a safe location only if it can be done without risk. If it cannot move, get yourself and passengers away from traffic when conditions allow.
Put the vehicle in park if possible, apply the parking brake, and avoid standing between the EV and moving traffic. On a busy road, at night, or in poor weather, visibility matters as much as the mechanical problem. Call emergency services first if there is an injury, a collision blocking traffic, smoke, fire, or a hazardous location.
Do not assume a low battery is the only issue because the vehicle will not start. An EV can be immobilized by a damaged tire, a failed 12-volt battery, a charging-system fault, software warning, collision damage, or a high-voltage system alert. The safest next step is a professional assessment and the right transport equipment.
Most electric vehicles should be carried on a flatbed rather than towed with two wheels rolling on the road. Unlike a conventional vehicle that may be placed in neutral and pulled from one end, many EVs can generate electricity when their drive wheels rotate. That can send power through components that are not meant to operate while the vehicle is disabled.
In practical terms, dragging or dolly towing an EV incorrectly can damage the drive unit, power electronics, or battery system. All-wheel-drive EVs require particular care because both axles may be connected to electric motors. A flatbed keeps all four wheels off the ground and is generally the safest recovery method.
There are exceptions. Some manufacturers allow limited wheel-lift towing, a transport mode, or a specific procedure for moving the vehicle a short distance. Those instructions vary by make, model, year, drivetrain, and the condition of the vehicle. The owner’s manual is the final authority. If the manual is unavailable, treat flatbed transport as the preferred method until a qualified towing provider confirms otherwise.
When calling for help, say that the vehicle is electric at the beginning of the call. This allows the towing provider to send equipment suited to the job and gives the operator time to check the proper loading requirements.
Be ready to provide the vehicle’s make, model, year, and current location. Also explain whether it is in a garage, parking structure, driveway, highway shoulder, or accident scene. Low-clearance areas, locked wheels, a vehicle stuck in park, and a damaged suspension can change what equipment is needed.
It also helps to report the exact warning message on the dashboard, whether the vehicle has been in a collision, and whether the battery is low, damaged, smoking, or exposed to water. These details are not minor. They help the towing team prepare for a standard transport, a difficult recovery, or a situation that may require emergency services and additional safety measures.
For a scheduled move, provide the destination and confirm that the receiving location can accept the vehicle. A repair shop may have after-hours drop-off instructions. If the problem is simply a depleted traction battery, confirm whether the destination has a working charger and whether the vehicle can be left there safely.
A disabled EV may not shift into neutral the way a traditional car does. Some models require power from the 12-volt system, an active key, a touchscreen command, or a manufacturer-specific transport setting. Forcing the gear selector, releasing the parking brake without a plan, or attempting to push the vehicle can create a hazard on an incline or damage the vehicle.
Do not attach a rope, chain, or strap to a suspension component, wheel, or random opening under the bumper. EVs have designated recovery points, and their underbody battery packs need protection during loading. A trained operator will use the correct tow-eye location, winching technique, and ramp angle to load the vehicle without scraping the battery enclosure or body panels.
If the EV is stuck in park, the tow operator may use dollies, skates, or other recovery equipment to position it safely onto a flatbed. That is slower than simply driving a car onto a truck, but it is often the correct approach. The few extra minutes can prevent major damage.
Every EV has a high-voltage traction battery, but most also rely on a smaller 12-volt battery for basic functions such as unlocking doors, powering electronics, and allowing the vehicle to start its systems. When the 12-volt battery fails, the vehicle may appear completely dead even when the traction battery has plenty of charge.
A roadside technician may be able to jump-start the 12-volt battery using the manufacturer’s approved connection points. That does not charge the main battery, and it does not guarantee the underlying problem is solved. Once the vehicle powers up, it may still need inspection or towing, especially if warning lights remain on.
Avoid touching orange high-voltage cables, connectors, or components marked with electrical hazard labels. Do not attempt to open battery covers or repair high-voltage equipment at the roadside. Those systems require trained technicians and proper protective procedures.
Collision damage changes the recovery process. Even if the vehicle seems drivable, a hard impact underneath the car can affect the battery pack. If you smell burning, see smoke, hear hissing or popping, notice fluid leaking from the battery area, or receive a high-voltage fault warning, move away from the vehicle and keep others back.
Call emergency services in a suspected battery fire or thermal event. Do not re-enter the vehicle to retrieve belongings if conditions are unsafe. EV battery incidents are uncommon, but when they occur, they need specialized scene management and monitoring.
Flood exposure is another reason not to restart or charge the vehicle until it has been inspected. Water can affect electrical systems and create risks that are not visible from the outside. Let the towing provider know the vehicle was submerged or driven through deep water before loading begins.
A professional EV recovery starts with a quick safety check of the scene and vehicle condition. The operator should confirm the make and model, identify whether the vehicle can roll, locate the approved recovery points, and choose a transport method that keeps the drivetrain protected.
For most disabled EVs, that means a flatbed truck, controlled winching, and careful securement. The vehicle should be loaded with attention to ground clearance and the location of the battery pack. Once on the bed, it should be secured according to approved tie-down practices rather than by placing stress on sensitive underbody components.
At Remorquage Flex, the goal is not merely to move a vehicle quickly. It is to move it in a way that matches the condition of the vehicle and the urgency of the situation. That distinction matters when an EV cannot roll, has collision damage, or is stopped in a difficult location.
If you drive an EV regularly, save the roadside assistance number, keep the owner’s manual available in the vehicle or on your phone, and know where your model’s tow instructions are located. A photo of the dashboard warning can also help dispatch understand the issue.
When help arrives, tell the operator about any warning messages, recent collision, charging problem, water exposure, or unusual odor. Then let the recovery team handle the loading process. The right tow is not just transportation to the next location. It is the first step in preventing a roadside problem from becoming a larger repair.
