How to Tow All Wheel Drive Vehicles Safely and Prevent Damage

Wondering how to tow an AWD car without causing a shockingly expensive repair? You are right to be cautious; a simple mistake can lead to thousands in drivetrain damage. This is a common and critical concern for many drivers facing a breakdown.

Towing an All-Wheel Drive (AWD) car is different from a 2WD vehicle because power is sent to all four wheels, which are interconnected through the drivetrain. If you tow an AWD vehicle with two wheels on the ground, the spinning wheels force parts connected to the stationary wheels to try and move. This causes severe binding, overheating, and catastrophic damage to the transmission, center differential, and transfer case. This is a critical mechanical limitation.

Based on analysis of current manufacturer guidelines and mechanical engineering principles, this guide will show you exactly how to tow your AWD vehicle safely. You will learn the correct professional methods that prevent damage. We will cover why certain techniques are dangerous and what equipment is absolutely necessary.

Key Facts

• The Safest Method: The only universally manufacturer-approved and safest method to tow any AWD vehicle is on a flatbed tow truck, which keeps all four wheels off the ground.
• High Risk of Damage: Towing an AWD car with two wheels on the ground, even for less than a mile, can cause thousands of dollars in damage to the transmission and center differential.
• “Neutral” is Not a Solution: Shifting an AWD car into Neutral does not disconnect the wheels from each other; it only disconnects the engine from the transmission. The drivetrain will still be damaged if towed improperly.
• Tow Dolly Danger: A standard two-wheel tow dolly is unsuitable for almost all AWD vehicles unless the driveshaft is professionally disconnected, a complex mechanical task.
• Communication is Crucial: When calling for a tow, you must explicitly tell the dispatcher you have an “All-Wheel Drive vehicle” and require a “flatbed tow truck” to ensure the correct equipment is sent.

How to Tow an AWD Car Safely?

The core issue with towing an AWD car is that all four wheels are mechanically linked through the transmission, differentials, and a central transfer case or coupling. This system, known as the drivetrain, is designed to work when the engine is running and providing lubrication to all its moving parts. When you tow an AWD vehicle improperly—with two wheels on the ground and two wheels lifted—the spinning wheels on the road force the internal components of the drivetrain to turn at high speed without any lubrication.

This action creates intense heat and friction, a condition known as mechanical binding. Within minutes, this can destroy the center differential or viscous coupling, which are the components responsible for managing power between the front and rear wheels. A driver who flat-towed their Subaru for just 50 miles, for example, ended up needing a full transmission rebuild costing over $3,000. Understanding this mechanical principle is the key to preventing a costly mistake. The only way to avoid this damage is to ensure that either all four wheels are off the ground or the drivetrain is mechanically disconnected from the wheels.

The fundamental rule, based on universal mechanical engineering principles, is to prevent the drivetrain from operating under conditions it was never designed for. Proper towing procedures are not just recommendations; they are requirements to protect the integrity of your vehicle. Ignoring them will almost certainly lead to expensive and complex repairs that could have been easily avoided.

What is the Safest Way to Tow an AWD Vehicle?

The safest method for towing an AWD vehicle is using a flatbed tow truck. This method places the entire vehicle on a flat deck, lifting all four wheels off the ground. This completely prevents drivetrain movement and eliminates any risk of transmission or differential damage during transport. The vehicle is winched onto the bed and then secured. This is the gold standard procedure recommended by virtually all vehicle manufacturers and professional towing services.

A flatbed, also called a rollback, has a deck that hydraulically tilts down to create a ramp. The disabled or transported vehicle is then pulled onto this ramp using a powerful winch. Once the car is fully on the deck, the deck is leveled out, and the vehicle is secured for transport. This method isolates the car’s drivetrain from the act of towing entirely, making it the only truly damage-proof option.

Step 1: How Do You Prepare the AWD Vehicle for Loading?

Before loading an AWD car onto a flatbed, ensure the transmission is in Neutral and the parking brake is fully disengaged. This releases the wheels and allows the car to roll freely without resistance. Incorrect preparation can cause damage during the winching process. Following these preparatory steps is crucial for a smooth and safe loading procedure.

Here is the checklist of actions to take:
1. Start the Engine (If Possible): This ensures there is hydraulic pressure in the transmission and power steering, making it easier to shift gears and steer the vehicle.
2. Shift to Neutral (N): Depress the brake pedal and move the gear selector to the Neutral position. This disengages the engine from the transmission, allowing the wheels to spin freely for the short distance up the ramp.
3. Disengage the Parking Brake: You must fully release the parking brake. For vehicles with an electronic parking brake, this might require the engine to be on or a specific procedure detailed in your owner’s manual. Forgetting to disengage an electronic parking brake is a common error that can cause the winch to drag the tires, damaging them.

Pro Tip: Always consult your vehicle’s owner’s manual before towing. It contains the specific instructions for putting your car in neutral and disengaging any electronic safety systems.

Step 2: How Is the Vehicle Winched and Secured on the Flatbed?

A tow operator will attach the winch cable to a strong point on the vehicle’s frame or a designated tow hook, then slowly pull the car onto the flatbed before securing each wheel with heavy-duty ratchet straps. The vehicle should be secured with a minimum of 4 points of contact. Certified tow truck operators use an 8-point tie-down system with tire straps for maximum safety, which is the industry standard.

Here are the key points of the winching and securing process:
* Attachment Points: The winch cable should be attached to a solid part of the car’s frame. Many cars have a specific tow hook, often found in the trunk with the spare tire, that screws into a port on the front or rear bumper. Operators also use specialized J-hooks or T-hooks that connect to holes in the vehicle’s frame.
* Securing the Vehicle: The safest method is to use tire or wheel straps that loop over the top of each of the four tires. This allows the vehicle’s own suspension to absorb bumps on the road. Chaining the vehicle down by its frame is a secondary method but is less ideal as it can be harsh on the car’s structure.

Watch Out For: A professional operator will never attach winch hooks or security chains to suspension components like axles or control arms. This can easily bend these critical parts, leading to severe alignment issues and costly repairs.

Can You Tow an AWD Car with a Tow Dolly?

In almost all cases, you cannot tow an AWD car with a standard tow dolly. Doing so will leave two wheels on the ground while the other two are lifted, causing the drivetrain to bind and leading to catastrophic transmission or differential failure. This is one of the most common and costly mistakes a driver can make. A tow dolly is designed for front-wheel-drive vehicles only.

⚠ WARNING: Attempting to tow an AWD vehicle on a two-wheel tow dolly is extremely dangerous for your car’s mechanical health. The only exception requires mechanically disconnecting the driveshaft to the wheels that will remain on the ground. This is a complex task that should only be performed by an ASE certified technician and is not recommended for most users.

Due to the complexity and high risk of error, using a tow dolly for an AWD car is strongly discouraged. The potential savings on a dolly rental are insignificant compared to the multi-thousand-dollar repair bill that is likely to result.

Feature/Aspect	Flatbed Towing	Tow Dolly (for AWD)
Drivetrain Risk	None. All wheels are off the ground.	Extremely High. Requires driveshaft disconnection.
Cost	Higher (Professional service)	Lower (Rental option)
Required Skill	Low for owner (done by operator)	Very High (Professional mechanical skill)
Manufacturer Approved	Yes. The universally recommended method.	No. Almost always voids warranty if done wrong.

What Are the Specific Risks of Using a Tow Dolly on an AWD?

Using a tow dolly on an AWD car causes the center differential or transfer case to overheat and fail, can destroy the transmission’s internal clutches, and may even cause the tires to be dragged, not rolled. The damage happens quickly and is often irreversible without a complete rebuild of the affected components.

Here are the specific mechanical failures that occur:
* Center Differential/Viscous Coupling Failure: This component connects the front and rear driveshafts. When one set of wheels is stationary on the dolly and the other is spinning on the road, this unit experiences extreme speed differences. The fluid inside the coupling can overheat beyond 400°F in minutes, causing thermal breakdown and destroying it.
* Transmission Damage: In many AWD systems, the transmission relies on an engine-driven pump for lubrication. When towed, the output shaft spins without the engine running, meaning no lubrication is flowing. This leads to overheating, clutch pack failure, and ultimately, a seized transmission.
* Mechanical Binding and Driveline Windup: The entire drivetrain is forced into a state of “wind-up” as it tries to make all four wheels spin at the same speed. This immense stress can cause parts to literally grind themselves to pieces or even snap driveshafts and axles.

Think of it like forcing two gears that are supposed to spin together to move at vastly different speeds. The result is intense heat, friction, and grinding metal. That is exactly what happens inside your AWD system.

How Do You Flat Tow an AWD Car Behind an RV?

Few AWD vehicles can be safely flat-towed (towed with all four wheels down) behind an RV. Check your owner’s manual first. If it’s not approved by the manufacturer, you will need to install aftermarket equipment like a driveshaft disconnect kit, which mechanically disengages the drivetrain from the wheels, to prevent transmission damage. Most AWD cars are not designed for this practice, often called “dinghy towing.”

Before attempting to flat-tow an AWD vehicle, you must consult the “Recreational Towing” or “Dinghy Towing” section of your car’s owner’s manual. This is the single most authoritative source. If the manual explicitly forbids it, you should not attempt it. For expert guidance, RV owners often consult the annual MotorHome Magazine “Guide to Dinghy Towing,” which lists vehicles approved by manufacturers for flat-towing each model year.

If your vehicle is a candidate for modification, here is the essential equipment you will need to have professionally installed:
* Driveshaft Disconnect: This is the most critical component. It is an aftermarket device that is installed on the vehicle’s driveshaft and, when engaged, allows the driveshaft to spin freely from the differential, effectively putting that axle in neutral.
* Baseplate: This is a vehicle-specific bracket that mounts securely to the car’s frame. The tow bar, which connects the car to the RV, attaches to this baseplate.
* Supplemental Braking System: This is a legal requirement in most states. It’s a device that activates your car’s brakes whenever you apply the brakes in the RV, preventing the car from dangerously pushing the motorhome during stops.

FAQs About how to tow awd car

How much does it cost to tow an AWD car?

The cost depends heavily on the method, but you should expect to pay more for an AWD vehicle than a standard car. A flatbed tow, which is the required method, typically costs between $125 and $350 for a local tow. The higher cost reflects the need for specialized, more expensive equipment to prevent damage.

How do I know if my car is AWD?

Check for a badge on the back of your vehicle that says “AWD,” “4×4,” “All-Wheel Drive,” or a brand-specific name like “Quattro” (Audi) or “Symmetrical AWD” (Subaru). If there’s no badge, consult your owner’s manual or look up your vehicle’s specific year, make, and model online. Verifying is crucial to prevent damage.

Can you tow an AWD car in neutral?

Placing an AWD car in neutral only disengages the engine from the transmission; it does NOT disconnect the wheels from the drivetrain. Therefore, towing an AWD car in neutral with two wheels on the ground will still cause catastrophic damage to the center differential and transmission. Neutral is only used to allow the car to roll onto a flatbed.

What is the difference between towing an AWD and a 4WD vehicle?

Many part-time 4WD trucks and SUVs have a special “Neutral” setting in their transfer case that fully disengages the drivetrain, making them safe to flat-tow. Most AWD cars lack this feature, making them much more sensitive to towing. Always check the manual, as some full-time 4WD systems behave like AWD systems and require a flatbed.

How to tow an AWD car without a flatbed?

The only safe way to tow an AWD car without a flatbed is to use a full car trailer or car carrier that supports all four wheels off the ground. Alternatively, a tow dolly can be used ONLY if the driveshaft to the wheels on the ground is professionally removed. Towing with a rope or tow bar (with wheels down) is extremely damaging.

Can you tow an AWD car backwards on a tow dolly?

No, this is a dangerous myth and will cause the exact same damage as towing it forwards. Whether you lift the front wheels or the rear wheels, you are still leaving a pair of wheels on the ground connected to the drivetrain. The system will bind and destroy itself regardless of the vehicle’s direction on the dolly.

How long can you tow an AWD car?

If towed correctly on a flatbed or full trailer with all wheels off the ground, you can tow an AWD car for any distance. If towed incorrectly with any wheels on the ground and the driveshaft connected, damage can begin to occur in less than a single mile. The method, not the distance, is the critical factor.

What should I tell the tow truck dispatcher?

You must explicitly state, “I have an All-Wheel Drive vehicle and I require a flatbed tow truck.” Do not let them send a standard wrecker. Being specific and firm ensures they dispatch the correct equipment, saving you time and preventing an operator from attempting an unsafe tow with the wrong truck.

Does my car insurance cover damage from improper towing?

Often, it is not covered. If you authorize an improper towing method against professional advice, the resulting drivetrain damage may be considered a mechanical failure due to negligence. This is typically excluded from comprehensive and collision coverage. The tow company’s insurance may also fight the claim, making prevention the best policy.

How do you disconnect a driveshaft for towing?

This is a complex mechanical job that should only be performed by a qualified mechanic. It involves safely lifting the vehicle, unbolting the driveshaft from the differential, securing the shaft so it does not drag, and potentially plugging the differential to prevent fluid loss. It is not a simple or quick roadside task.

Key Takeaways: How to Tow an AWD Car Summary

• The Golden Rule: All Wheels Off the Ground – The only universally safe method to tow any AWD vehicle is on a flatbed tow truck or a full car carrier trailer. This completely eliminates the risk of expensive drivetrain damage.
• Drivetrain Damage is Real and Expensive – Towing an AWD car with two wheels on the ground causes the interconnected drivetrain to bind, leading to catastrophic failure of the transmission, center differential, or transfer case, often costing thousands to repair.
• Tow Dollies are a No-Go (Almost Always) – Do not use a standard two-wheel tow dolly for an AWD vehicle. The only exception involves mechanically disconnecting the driveshaft, a complex job for a professional mechanic, not a roadside fix.
• Communicate Clearly with Tow Dispatch – When calling for a tow, you must specifically state, “I have an All-Wheel Drive vehicle and I require a flatbed.” This ensures the correct equipment is sent.
• Flat Towing (Behind an RV) Requires Special Gear – Most AWD cars are not designed to be “dinghy towed.” If your owner’s manual doesn’t explicitly approve it, you will need to install aftermarket equipment like a driveshaft disconnect and supplemental braking system.
• “Neutral” Is Not a Savior – Shifting an AWD car to Neutral does not disengage the wheels from each other. It only disengages the engine. Towing in Neutral with wheels on the ground is just as damaging.
• Always Check The Owner’s Manual – Your vehicle’s manual is the ultimate source of truth. It will have a specific section on emergency towing procedures and will state the manufacturer’s required method.

Final Thoughts on Towing Your AWD Vehicle

Navigating the complexities of towing an All-Wheel Drive vehicle can feel daunting, but the core principle is simple: protect the drivetrain at all costs. Understanding that your vehicle’s wheels are all interconnected is the key to avoiding a simple tow turning into a major financial headache. The information here is designed not just to give you rules, but to provide the reasoning behind them, empowering you to make a safe and informed decision.

When you find yourself in need of a tow, remember that insisting on a flatbed is the smartest and safest choice you can make. The slight additional cost for the correct truck is cheap insurance against a multi-thousand-dollar transmission or differential repair. By being proactive and knowledgeable, you ensure your vehicle arrives at its destination in the same condition it was in when it was picked up. Always prioritize the health of your vehicle’s powertrain—when in doubt, get all four wheels off the ground.

Last update on 2026-04-22 / Affiliate links / Images from Amazon Product Advertising API