As electric vehicles become increasingly common on city streets, highways, and commercial fleets, professional recovery companies are facing a practical question that did not exist on the same scale a few years ago: can a conventional ISUZU tow truck safely tow an electric vehicle? The short answer is yes, but the recovery method matters considerably more than simply connecting a winch and pulling the vehicle away. Electric vehicles have different weight distributions, driveline characteristics, battery-pack locations, and manufacturer-specific towing requirements, so a professional recovery operator needs to understand these differences before beginning the job.
For most roadside situations, an appropriately configured ISUZU recovery truck can transport or recover electric passenger cars, SUVs, and light commercial EVs effectively. ISUZU’s current tow truck range includes flatbed wreckers, rollback recovery trucks, carrier towing trucks, wheel-lift configurations, integrated wreckers, and heavier-duty recovery vehicles, giving operators several options depending on vehicle size and recovery conditions.
However, “can tow” does not mean that every EV should simply be dragged behind a tow truck with its driven wheels on the road. Some electric vehicles require all four wheels to be lifted or transported on a flatbed, particularly when the vehicle cannot safely roll under its own power or when the manufacturer’s instructions prohibit conventional towing. Understanding the difference between towing, winching, loading, and full vehicle transportation is therefore essential for safe EV recovery.
1. Why Electric Vehicles Require Special Towing Consideration
At first glance, an electric vehicle may appear to be no different from a gasoline or diesel passenger car when it needs roadside assistance, but several characteristics can affect the recovery process. The most obvious difference is the high-voltage battery pack, which is usually mounted low in the vehicle floor area. This design helps lower the vehicle’s center of gravity and can improve handling, but it also means that the underside of the vehicle requires particular attention during recovery and loading.
Electric vehicles can also be relatively heavy compared with similarly sized internal-combustion vehicles because of the battery system. A compact EV may be manageable for a light-duty recovery vehicle, while a large electric SUV or commercial electric vehicle may require a substantially higher-capacity tow truck. The recovery operator therefore needs to consider the actual curb weight of the disabled vehicle rather than assuming that its external dimensions indicate its recovery requirements.
The battery is not the only concern
Another important factor is the electric drivetrain. Many EVs use electric motors connected directly to the wheels through a reduction gearbox rather than a conventional multi-speed transmission. Depending on the vehicle design, allowing the driven wheels to rotate while the vehicle is being towed can create mechanical or electrical conditions that the manufacturer does not permit.
For this reason, the vehicle manufacturer’s recovery instructions should always be checked before deciding how the EV will be moved. If the manufacturer specifies flatbed transportation, the recovery operator should use a flatbed rather than treating the vehicle like a conventional front-wheel-drive or rear-wheel-drive car.
This is one reason the current ISUZU tow truck range is useful for professional recovery companies: it includes flatbed and rollback configurations that can completely support a disabled vehicle instead of requiring the vehicle to remain in contact with the road during transportation.
2. Can an ISUZU Flatbed Tow Truck Carry an Electric Vehicle?
Yes. In many EV recovery situations, a flatbed or rollback tow truck is one of the most practical solutions because the complete vehicle can be loaded onto the platform and transported with its wheels off the road. This can reduce concerns associated with rotating driven wheels and allows the recovery operator to secure the vehicle according to the manufacturer’s recommended procedure.
The flatbed approach is especially useful when an EV has suffered a serious breakdown, collision, battery-related fault, loss of power, or other condition that prevents normal driving. Instead of attempting to tow the vehicle for a long distance, the operator can use a hydraulic or mechanical loading system and a winch to bring the vehicle completely onto the recovery platform.
Flatbed recovery provides greater flexibility
A flatbed tow truck can also be useful when the vehicle is damaged or cannot be placed into neutral. The winch provides controlled pulling force while the platform can be adjusted to create a suitable loading angle. Once the vehicle is positioned correctly, wheel straps and other approved restraints can be used to secure it for transportation.
A current ISUZU 3-ton integrated tow truck, for example, is designed specifically around vehicle recovery and incorporates a recovery body with professional towing equipment. Its listed specification includes a 7.3-ton GVW chassis configuration and a dedicated recovery system designed for light and medium vehicle recovery work.
For larger EVs, however, the recovery company needs to move into an appropriate vehicle class. The capacity of the tow truck must account for the EV’s actual weight, the weight of the recovery equipment, and the legal and technical limits of the complete recovery vehicle.
3. What About Wheel-Lift and Conventional Towing?
Wheel-lift towing can still be appropriate for some electric vehicles, but it requires greater care because only part of the vehicle is lifted while the other wheels remain in contact with the road. Whether this method is acceptable depends on the EV manufacturer’s instructions, the vehicle’s drivetrain configuration, the distance of the recovery, and the condition of the disabled vehicle.
If a particular EV is approved for two-wheel towing under specific conditions, a professional wheel-lift recovery truck may be able to perform the operation efficiently. However, the operator should never assume that an EV can be towed simply because its wheels appear capable of rotating freely.
Why dragging a disabled EV can be risky
A disabled electric vehicle may have no usable propulsion, and its parking brake or electronic systems may behave differently from those of a conventional vehicle. If the vehicle cannot be placed into the correct recovery mode, forcing the wheels to rotate can potentially create mechanical stress or other problems.
There can also be additional concerns after an accident. A damaged high-voltage battery may require special handling, and a vehicle that appears externally intact may still have damage beneath the body. Recovery operators should therefore follow the vehicle manufacturer’s emergency-response and towing instructions rather than relying exclusively on normal roadside towing procedures.
An ISUZU 3-ton wrecker, for example, is designed for smaller vehicle recovery and lists a maximum lifting/towing capacity of 3,190 kg, while another current ISUZU recovery model provides a 3,000 kg recovery boom rating and a 40 kN winch pulling force. These specifications illustrate why the recovery truck must be selected according to the actual vehicle weight and recovery situation.
4. How Heavy-Duty ISUZU Tow Trucks Handle Larger EVs
The rapid growth of electric SUVs, vans, pickups, and commercial vehicles means that recovery companies increasingly need more than compact roadside tow trucks. Larger EVs can have substantially greater curb weights, and their recovery may require a heavy-duty chassis, larger winch, stronger flatbed, reinforced lifting equipment, or even a combination of recovery systems.
ISUZU’s heavier recovery range provides configurations designed for substantially larger vehicles. A current ISUZU flatbed tow truck with crane is built on an FVZ 6×4 chassis and combines an 8,200 mm × 2,350 mm flatbed with a hydraulic wheel lift, a 15,000 kg hydraulic winch, and an XCMG knuckle-boom crane. Its flatbed is specified for transporting vehicles weighing approximately 12 to 15 tons, while the wheel lift has different lifting capacities depending on whether it is retracted or extended.
When a crane-equipped recovery truck becomes useful
A crane-equipped tow truck is particularly valuable when an EV has been involved in an accident, left the road, become immobilized in a difficult position, or suffered damage that prevents normal loading. The crane can provide additional lifting capability for recovery equipment, damaged vehicles, machinery, or other objects that cannot simply be pulled onto a flatbed.
This type of integrated vehicle is not necessarily required for an ordinary EV roadside breakdown, but it can significantly expand the range of recovery situations that a professional company can handle. Instead of sending separate towing and lifting equipment to the same location, a single specialized recovery truck can perform several operations as part of one coordinated response.
5. Safe EV Recovery Depends on More Than the Tow Truck
Even the best recovery vehicle cannot compensate for incorrect recovery procedures. Before moving an electric vehicle, the operator should identify the vehicle, determine whether it has been involved in a collision, assess whether there is visible battery or underbody damage, check the manufacturer’s recommended towing method, and determine whether the vehicle can be placed into the appropriate neutral or transport mode.
If the EV has suffered significant collision damage, particularly around the battery area, additional precautions may be necessary. High-voltage systems can remain hazardous even when the vehicle is switched off, so recovery personnel should follow appropriate emergency-response procedures and avoid touching damaged high-voltage components, exposed wiring, or battery enclosures.
Loading and securing the vehicle correctly
Once the correct recovery method has been established, the vehicle should be positioned carefully on the tow truck platform. The winch should be operated progressively rather than using unnecessary force, and the operator should avoid contact between recovery equipment and vulnerable battery or suspension components.
After loading, the vehicle should be secured using suitable restraints at approved attachment points. The exact attachment locations vary between EV manufacturers and models, which means operators should consult the manufacturer’s recovery documentation whenever possible rather than improvising attachment points.
The recovery truck itself should also be positioned on stable ground during loading. A flatbed may experience significant changes in weight distribution as a disabled vehicle moves onto the platform, so the operator needs to understand the truck’s loading limits and maintain appropriate clearance throughout the operation.
6. How to Choose the Right ISUZU Tow Truck for EV Recovery
For a recovery company planning to add EV towing to its services, the most important decision is not simply whether to buy an ISUZU tow truck, but which configuration best matches the vehicles it expects to recover. A company serving compact electric cars in urban areas may have very different requirements from a highway recovery provider handling electric SUVs, buses, vans, and commercial vehicles.
A compact flatbed or rollback can be a practical starting point for passenger EV recovery because it can transport the entire vehicle without requiring the driven wheels to remain on the road. A wheel-lift or integrated wrecker can provide faster roadside intervention when the manufacturer’s towing procedure permits that method. For heavier electric vehicles or difficult accident recovery, a heavy-duty flatbed, large winch, or crane-equipped recovery truck may be more appropriate.
Think beyond today’s EV fleet
Fleet managers should also consider how the local vehicle market is changing. As electric SUVs and commercial EVs become more common, the average weight of vehicles requiring roadside assistance may increase, making a recovery truck with greater capacity more valuable over its service life.
Maintenance and operator training are equally important. Recovery personnel should understand basic EV identification, high-voltage safety awareness, manufacturer-specific towing procedures, winch operation, vehicle securing, and post-accident precautions. The truck provides the physical capability, but trained operators determine whether that capability is used safely and effectively.
Yes, an ISUZU tow truck can tow electric vehicles, and in many situations an ISUZU flatbed or rollback recovery truck can be an excellent solution because it allows the complete EV to be loaded and transported without unnecessarily rotating its driven wheels. The exact recovery method should always follow the vehicle manufacturer’s instructions and take account of the EV’s weight, drivetrain, battery condition, accident damage, and recovery position. For professional fleets, the wider range of crane truck configurations can add lifting capability for difficult recovery work, while an bucket truck serves a completely different role in elevated utility and maintenance operations, demonstrating the flexibility of ISUZU Vehicles across specialized commercial applications. By selecting the correct recovery configuration and following EV-specific safety procedures, operators can expand their roadside services while providing safer and more dependable electric vehicle recovery.