The situation when a car suddenly fails to travel is familiar to many drivers. Whether it's a dead battery, a broken starter or more serious technical faults, the car turns into an immovable object that needs to be taken to a garage or service. Towing with a flexible hitch remains one of the most affordable and common methods of transportation, which does not require calling an expensive tow truck. However, this process carries high risks if established safety standards are not followed.
The main difference between a flexible hitch and a rigid one is the presence of free space between vehicles, which is regulated by the length of the cable. This creates a dynamic load that requires high concentration and coordination from both drivers. Unlike a rigid bar where the cars move like a single train, here slave the car must constantly adapt to maneuvers presenter, maintaining cable tension.
Before you start preparing, you need to make sure that your vehicle is designed for towing. Many modern models with automatic transmissions or all-wheel drive have strict restrictions that, if violated, will result in costly transmission repairs. If the instructions indicate “towing is prohibited” or the distance is limited to 50 km, ignoring this rule is guaranteed to damage the automatic transmission. The safety of traffic participants in this case directly depends on the technical serviceability of the equipment used.
Traffic regulations requirements for flexible coupling and equipment
The legislation clearly regulates the process of transporting faulty vehicles. According to the rules of the road, towing with a flexible hitch must be carried out using a flexible cable that ensures the distance between vehicles is within from 4 to 6 meters. This is not just a recommendation, but a critically important parameter: a cable that is too short will result in shock when braking, and a cable that is too long will not allow the driver of the towed vehicle to control the trajectory when cornering.
Particular attention should be paid to the quality of the cable itself. The use of random ropes, chains without shock absorbers or damaged synthetic bands is strictly prohibited. The cable must be intact, without knots or abrasions, and its carrying capacity must exceed the weight of the towed vehicle by at least one and a half times. For visual identification, the couplings on the cable must be secured reflective elements or red flags so that other road users can see the boundary between cars.
In addition, the towing vehicle must have low beam headlights on, and the towed vehicle must have its hazard warning lights on. If the lights are faulty, the rules require a warning triangle to be displayed, which is almost impossible to do safely while driving. Therefore, before you start driving, be sure to check the functionality brake lights and turn signals on both cars.
Preparing vehicles for transportation
The success of the operation depends 90% on proper preparation. Drivers need to agree on a route in advance, avoiding difficult junctions, steep inclines and busy highways with high traffic speeds. Before coupling, both vehicles must be turned off, the gearshift levers are in neutral, and the parking brake is fully released. If the towed vehicle has faulty brakes, it towing with a flexible hitch is prohibited.
The process of attaching the cable requires care. The hooks must be securely fixed in the standard towing eyes, which are often closed with decorative plugs in the bumper. Using suspension or steering components to attach a cable is deadly and can lead to destruction of control units. Make sure the cable lies flat on the ground and is not twisted.
☑️ Checklist before the start
An important step is to check the steering. If the towed vehicle's power steering or electric power steering fails, steering will become extremely difficult, especially at low speeds. In this case, the driver will need significant physical effort to maneuver. It is also worth checking the tire pressure, as uneven pressure can pull the car to one side, creating dangerous tension on the cable.
Procedure when starting to move
The most critical moment is starting off. The driver of the leading car must start moving extremely smoothly, gradually taking up the slack in the cable. A sharp jerk can lead to breakage of the fastening or damage to the body of the towed car. As soon as the cable is tensioned, the leader gives a prearranged signal, and the driver of the driven car confirms his readiness to move.
The movement should begin in first gear with minimum engine speed. The leader’s task is to prevent the cable from sagging, but also not to jerk the car. At this moment, the trailing driver must monitor the cable and be ready to press the brake at any time if the distance begins to shorten. Synchronizing actions Engine power is more important here.
⚠️ Attention: It is strictly forbidden to start moving if the cable sags to the ground or lies on the asphalt in a “dead loop”. This can lead to the cable wrapping around the wheels or suspension, which will instantly lock the vehicle and cause an emergency.
When starting on an incline, special care is required. The lead vehicle may not have enough traction to move two weights at once. In such cases, it is recommended to use the “rocking” method, although it carries risks for the transmission, or ask assistants to push the driven car as it starts to move. The main thing is to avoid rolling back, since the cable at this moment can fold and get under the wheels.
Features of movement in traffic and corners
Driving in a convoy of two cars connected by a flexible coupling requires changing into the right lane and maintaining a speed limit of no more than 50 km/h. Exceeding this speed on a flexible hitch is prohibited by the rules and is physically dangerous: during sharp braking, the inertia of the rear car can lead to the “train” collapsing or hitting the bumper of the one in front. On wet roads or ice, the speed should be reduced to 30-40 km/h.
Cornering is the art of working with inertia. The trajectory of the driven car will always be closer to the center of the turn than the trajectory of the leading car (the “clipping” effect). The driver of the leading car must create a wider turning radius, allowing the second car to fit into the arc without tension on the diagonal cable. If the cable lands on the bumper or fender, damage to the body will occur.
Nuances for automatic transmission
When towing a vehicle with an automatic transmission, you must follow the 50/50 rule. This means that the speed should not exceed 50 km/h and the distance should not exceed 50 km. If the transmission is not lubricated when the engine is not running (depending on the design), prolonged towing will lead to overheating and scuffing of the clutches.
Overtaking on a flexible hitch is prohibited. The overtaking maneuver requires changing lanes, accelerating and returning to the lane, which, if there is a trailer-car behind, becomes impossible without creating an emergency situation. The driver of the leading car must change into the required lane in advance so as not to cut off the flow and not force other road users to brake urgently.
Braking and stopping
The stopping process requires maximum concentration from both drivers. The lead driver must give warning signals in advance by gradually starting to brake. The trailing driver is obliged to monitor the brake lights of the car in front and the tension of the cable. As soon as the cable begins to sag (which means the leader is braking), you need to gently press the brake, maintaining tension.
Sharp braking of the leading car often causes “locomotives” when the driven car does not have time to lose its inertia and rams the bumper of the one in front. To avoid this, the distance when braking must be kept with a reserve. If there is still too much slack in the cable, the driver should accelerate briefly to take up the slack before continuing to brake.
When coming to a complete stop, it is important to secure the vehicles so that the cable does not impede the exit of people or interfere with others. If the stop is forced (traffic light, traffic jam), the driver of the driven car should be prepared to maneuver, since in heavy traffic other drivers may try to “dive” into the gap between the cars.
Comparison of flexible and rigid coupling
The choice of hitch type depends on the condition of the vehicle and road conditions. A flexible hitch is more versatile and takes up less storage space, but requires high skill from drivers. A rigid coupling (rod) turns two cars into a single train, eliminating the risk of impact when braking, but requires a smooth road and limits maneuverability.
The table below compares the key parameters for making a decision:
| Parameter | Flexible hitch (Cable) | Rigid hitch (Rod) |
|---|---|---|
| Distance between cars | 4–6 meters | Fixed (usually 4 m) |
| Skill Requirements | High (both drivers) | Average (the experience of the presenter is important) |
| Risk of impact when braking | High | Missing |
| Slave brake operation | Serviceability required | Fault allowed (up to 2 axes) |
A flexible hitch requires working brakes on the towed vehicle, while a rigid hitch allows towing even with a faulty brake system (if the hitch design allows it).
Common mistakes and safety precautions
One of the most common mistakes is the use of non-specialized cables. Automotive markets are full of cheap analogues that break at the first load. A flying metal hook or broken cable can cause serious injury to pedestrians or damage other vehicles. Always use certified products with maximum load ratings.
Another mistake is ignoring the “Road Train” or “Motor Vehicle Towing” signs. According to traffic regulations, a sign must be installed on the rear of the towed vehicle 7.21 "Road Train" (triangle with a red border and three black stripes) if towing is carried out with a flexible hitch. Failure to sign will result in a fine, but more importantly, other drivers may not understand why two cars are driving so slowly and in a strange manner.
⚠️ Attention: It is prohibited to tow motorcycles without a side trailer (sidecar). Also, you cannot tow vehicles with inoperative steering (only by partial loading or using a tow truck).
Don't forget about the human factor. If you are towing a friend who is new to driving in this situation, choose a vacant lot or quiet street for a short instruction and practice session. Explain to him how to work the cable, how to feel the tension and how to signal a stop. Panic of the driver of the driven vehicle is the main enemy of safe towing.
Use a radio or headset between vehicles if possible. Voice communication (“braking”, “turning”, “the cable is slack”) is much safer than waving hands, which the driver of the driven car may not notice in the mirrors.
Questions and answers (FAQ)
Is it possible to tow a car with an automatic transmission using a flexible hitch?
Yes, you can, but with serious restrictions. It is necessary to move the box to neutral (N), the speed should not exceed 50 km/h, and the distance should not exceed 50 km. If the engine does not start and the pump does not pump oil, the transmission may overheat. For severe cases, it is better to call a tow truck with a full load.
What is the fine for violating towing rules?
Violation of towing rules (for example, absence of a sign, speeding, faulty brakes of the driven) faces a fine of 500 rubles (Article 12.9 of the Code of Administrative Offenses of the Russian Federation). However, if this leads to an accident, liability may be reclassified to more serious articles.
What to do if the cable breaks on the road?
The hazard lights on both vehicles must be turned on immediately. If you can safely pull over to the side of the road, do so. Put up a warning triangle. You can only lift a fallen cable and try to secure it after making sure it is safe, otherwise call for help.
Is the "Spikes" sign required when towing?
No, the sign "Spikes" (1.28) refers to the use of studded tires and has nothing to do with towing. For a towed vehicle, a “Road Train” sign (triangle) is required and, preferably, the hazard warning lights are on.