The Definitive Guide On How To Tow A RWD Car Safely And Effectively
Towing a rear-wheel drive vehicle requires lifting the drive wheels off the ground to prevent catastrophic transmission damage caused by friction and heat during rotation. By utilizing a wheel lift or flatbed carrier, you isolate the drivetrain from ground contact, ensuring the vehicle remains stationary while the transmission remains protected from mechanical failure.
Prerequisite Preparation and Equipment Requirements
Towing a rear-wheel drive (RWD) vehicle is distinct from front-wheel or all-wheel drive configurations because the transmission output shaft remains connected to the rear wheels. If these wheels rotate while the engine is off, the transmission oil pump does not circulate fluid, leading to rapid overheating and internal component welding. Before attempting any transport, confirm the vehicle’s drive configuration via the owner’s manual or by visually inspecting the underside for a driveshaft running from the transmission to the rear differential.
Essential Gear Checklist:
Heavy-duty tow straps or chains with a minimum 5,000-pound load rating.
A flatbed tow truck (preferred) or a wheel-lift wrecker.
Wheel chocks to prevent rollback during the hook-up process.
Protective fender covers or axle straps to prevent paint damage during securing.
A high-visibility safety vest and emergency roadside triangles.
Operational Benchmarks:
Estimated Duration: 30 to 45 minutes for secure loading.
Safety Standard: Always utilize safety chains in addition to primary tie-downs.
Legal Compliance: Check local jurisdiction regarding the use of "towing dollies" if a flatbed is unavailable, as many regions mandate specific lighting and braking configurations for towed loads.
Technical Execution Procedure for RWD Recovery
Step 1: Secure the Immobilization Points
Begin by placing the vehicle in neutral, releasing the parking brake, and immediately chocking the wheels. If you are using a flatbed, maneuver the bed to the lowest possible angle. If using a wheel-lift system, you must identify the structural cross-member or frame rails. Never attach hooks to suspension components, sway bars, or aluminum control arms, as these will bend or snap under the tension of a tow. Ensure the steering wheel is locked or secured with a steering wheel strap to prevent the front wheels from oscillating during transport.
Warning: Never attempt to tow a RWD car with the rear wheels on the ground. Even at low speeds, the lack of lubrication in the transmission will cause irreversible damage to the planetary gears and clutches within minutes.
Step 2: Positioning the Lift or Loading Mechanism
When using a flatbed, align the winch cable with the vehicle’s primary recovery point—typically a factory-installed tow eye or a reinforced section of the chassis. Operate the winch at a slow, constant speed to prevent the vehicle from surging forward. If using a wheel-lift wrecker, back the lift under the rear of the car. The lift cradle must engage the rear tires securely. Use L-arms or wheel nets to ensure the tires cannot shift laterally during transit.
Step 3: Final Tensioning and Safety Chain Attachment
Once the vehicle is positioned, apply the secondary safety chains. These chains act as a redundancy measure should the primary straps fail. They should be crossed in an X-pattern to provide lateral stability. Tighten all ratchet straps until there is no slack, but avoid overtightening, which can damage the tire sidewall or the vehicle’s suspension bushings. Double-check that the parking brake is fully released and the transmission remains in neutral to prevent internal linkage strain.
Step 4: System Verification and Departure
Walk around the vehicle one final time. Check for contact between the tow apparatus and the bodywork, exhaust pipes, or fuel lines. Confirm that the front wheels (if on the ground) have adequate clearance from the road surface to prevent "bottoming out" on steep inclines or speed bumps. Monitor the connection during the first mile of transit, then stop to re-verify the tension of all straps, as materials like polyester webbing can stretch slightly under initial load.
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Comparative Overview of Towing Methods for RWD Vehicles
| Method | Safety Rating | Complexity | Recommended Use |
|---|---|---|---|
| Flatbed Carrier | Highest | Low | Long distances; vehicles with lowered suspension |
| Wheel-Lift Wrecker | High | Moderate | Short-distance urban recovery |
| Tow Dolly (Rear) | Moderate | High | Emergency recovery only |
| Tow Bar (Flat Tow) | Low | Very High | Not recommended for RWD without disconnect |
Troubleshooting Common Recovery Failures
Issue: The vehicle rolls backward during loading.
Root Cause: Inadequate wheel chocking or the surface gradient is too steep for the winch.
Actionable Fix: Use heavy-duty rubber or wood chocks on both sides of the front tires. If the incline is excessive, use a secondary winch cable to manage the vehicle’s descent.
Issue: The rear bumper is scraping during wheel-lift operations.
Root Cause: Excessive rear overhang or improper lift-arm height.
Actionable Fix: Utilize a lift-extension adapter to push the cradle further back, or adjust the tilt of the lift arm to increase the departure angle of the vehicle.
Issue: Straps loosen mid-transit.
Root Cause: Initial slack was not fully removed or the strap webbing has stretched under vibration.
Actionable Fix: Always use high-quality, weather-treated polyester straps. Perform a "tension check" stop at 5 miles, 25 miles, and every 50 miles thereafter to ensure continued structural integrity.
Frequently Asked Questions
Can I tow an RWD car by leaving it in park?
No. Attempting to tow a vehicle while it is in park will lock the rear wheels, causing them to drag across the pavement. This will destroy the tires and place immense stress on the transmission parking pawl, likely snapping it and rendering the transmission unable to lock in the future.
Is it safe to use a tow strap instead of a professional wrecker?
Towing with a strap between two passenger vehicles is extremely dangerous and often illegal for RWD cars on public roads. Without a professional wheel lift or flatbed, you cannot ensure the rear wheels remain off the ground, which poses a severe risk to your drivetrain and vehicle safety.
Does the RWD configuration affect the choice of tow truck?
Yes, it is the deciding factor. While front-wheel drive cars can be towed with rear wheels on the ground, RWD vehicles require the rear wheels to be isolated from the road surface. You must communicate that your vehicle is RWD when requesting professional recovery services.
What should I do if the car is stuck in gear?
If the transmission is locked and the rear wheels will not rotate, you must use a flatbed with a vehicle dolly or a specialized recovery skid. Forcing the vehicle to move while the wheels are locked will cause permanent structural damage to the tires and the transmission assembly.
Secure Your Vehicle Recovery Today
Professional equipment is the only way to guarantee that your RWD transmission remains shielded from the friction of road contact during a tow. Contact a certified towing professional today to ensure your vehicle is transported using the correct lifting protocols for your specific drivetrain.
