A dead EV on the shoulder creates one immediate question: can tow trucks move EVs without damaging the battery, motors, or drivetrain? Yes. Tow trucks can safely move electric vehicles, but the method matters. In most cases, the right answer is a flatbed tow truck that keeps all four wheels off the ground.
Electric vehicles are not harder to recover because they are electric. They require a towing operator who understands their weight, wheel placement, electronic parking systems, and manufacturer restrictions. A rushed or incorrect hookup can turn a breakdown into an expensive repair.
Yes, provided the vehicle is loaded and secured correctly. Most EV manufacturers recommend transporting a disabled EV on a flatbed. This prevents the drive wheels from turning while the vehicle is being moved.
Many EVs use one or more electric motors connected directly to the wheels. If those wheels spin while the vehicle is towed, the motors can generate electricity. That energy may have nowhere safe to go when the vehicle is powered down or damaged. The result can be overheating or damage to the motor, inverter, battery system, or drivetrain.
A conventional tow with two wheels on the pavement may be acceptable for some models under very limited conditions. But it is not the default choice. The owner’s manual for the specific year and model always controls the towing procedure.
A flatbed keeps the vehicle fully off the road. It eliminates the risk of accidentally rolling the wrong wheels and gives the operator better control during loading, transport, and unloading.
This is especially useful after a collision, when a wheel may be bent, suspension parts may be damaged, or the underside of the vehicle may have contacted debris. EV battery packs are generally installed low in the vehicle floor. A low-profile car with underbody damage needs careful handling from the first contact point to the final drop-off.
Flatbed transport also works well for EVs with all-wheel drive. With multiple motors or electronically controlled drive systems, there is often no simple “safe end” to lift. Keeping all four wheels off the ground removes that uncertainty.
A proper EV recovery typically involves positioning the flatbed at a low angle, using approved tow points, and loading the vehicle slowly. The vehicle is then secured using wheel straps or manufacturer-approved methods rather than attaching equipment to sensitive suspension or battery-area components.
Wheel-lift towing is not automatically unsafe, but it is model-specific. Some front-wheel-drive or rear-wheel-drive EVs can be moved a short distance with the non-drive wheels on the ground. Others require tow dollies to keep every wheel from rotating.
The problem is that a driver at the roadside may not know which setup applies. A tow operator should verify the vehicle model, drivetrain, condition, and manufacturer guidance before choosing a recovery method. If there is any doubt, a flatbed is the safer option.
There are also practical obstacles. An EV may be in park with the electronic parking brake applied. If the 12-volt battery is dead, the vehicle may not shift into neutral or release the brake normally. In that situation, forcing the wheels to roll can damage tires, brakes, or drivetrain components. A trained operator can use the correct release procedures and loading equipment rather than dragging the vehicle onto the truck.
The basic job is still vehicle transport, but several details deserve extra attention.
First, EVs are heavy. Battery packs add substantial weight, and that affects winching, truck selection, tie-down placement, and safe loading angles. The tow truck must be rated for the vehicle being recovered.
Second, ground clearance can be limited. Many electric sedans and crossovers sit low, especially when a tire is flat or suspension damage is present. The operator may need ramps, skates, or a low-angle flatbed approach to avoid scraping the bumper, rocker panels, or battery shield.
Third, damage assessment matters after a crash. A visible dent does not always mean the battery is affected, and a minor-looking impact underneath the vehicle should not be ignored. If there is smoke, hissing, unusual heat, sparks, fluid leakage, or a strong chemical odor, move away from the vehicle and call emergency services. Do not attempt to charge, jump-start, or repeatedly power-cycle an EV with suspected battery damage.
Finally, EVs have specific tow points. These are not always located where a driver expects them to be. Using a control arm, axle component, or underbody panel as a pulling point can cause expensive damage. The operator should identify the approved recovery point before winching begins.
Your first priority is safety. Pull as far from traffic as possible if the vehicle can still move, turn on hazard lights, and get yourself and passengers to a safe location away from moving traffic.
When requesting service, tell dispatch that the vehicle is electric. Provide the make, model, approximate location, and the reason it is disabled. Mention whether the vehicle was in an accident, has a flat tire, will not shift into neutral, displays battery warnings, or has any smoke or heat coming from underneath. Those details help send the right equipment.
Avoid these common mistakes:
If you have the owner’s manual available through the vehicle screen, phone app, or glove box, look for the emergency towing or transport section. Share any model-specific instructions with the tow operator. That is useful information, but it should not replace professional judgment at the scene.
Usually, an EV does not need a completely different type of truck. A properly equipped flatbed is often the best tool for the job. What matters is the operator’s process: adequate truck capacity, correct loading angle, approved attachment points, secure wheel restraint, and an understanding of the vehicle’s towing limits.
For a vehicle that is stuck in a garage, blocked by another car, sitting in a ditch, or disabled after an accident, additional recovery equipment may be necessary. Winches, skates, dollies, and lift systems can help move a vehicle without forcing damaged wheels to rotate or scraping the battery enclosure.
The situation changes if there is a suspected high-voltage battery fire or thermal event. That is an emergency response scenario, not a routine tow. Fire departments and recovery professionals may use isolation procedures and a designated storage area because a damaged lithium-ion battery can reignite after the initial incident.
Yes. If the EV simply ran out of charge and has no damage, it can be transported to a charger, home, dealership, or repair facility. A flatbed remains the preferred method for most models.
Before arranging a tow, check whether your vehicle offers roadside charging support or whether there is a nearby compatible charging station within reach. If the battery is fully depleted, do not keep trying to start or drive the vehicle. Repeated attempts may drain the 12-volt battery as well, making recovery more complicated.
For drivers in Montreal and the surrounding area, the practical choice is a towing provider that asks the right questions before dispatching. A clear description of the vehicle and its condition helps ensure the truck arrives prepared.
An EV breakdown is stressful, but it does not require guesswork. Ask for a flatbed when possible, tell the operator exactly what happened, and let trained recovery personnel handle the loading. The goal is simple: get your vehicle off the road safely without creating a second problem.
