Eliminating rear axle skidding by increasing speed: what traffic regulations, physics and the experience of driving instructors say

Rear axle skidding is one of the most dangerous situations on the road that both new and experienced drivers face. There is a persistent belief on the Internet and among car enthusiasts that to get out of a skid it is enough to “add gas” or increase speed. But does this advice comply with the rules of the road (traffic rules), the laws of physics and the recommendations of professional instructors for defensive driving?

In this article we will figure out why increase in speed when the rear axle skids may be not only useless, but also an extremely dangerous decision. Let's analyze Traffic regulations 2026, principles of car dynamics, and also give clear instructions on how to act correctly in such situations. Let us separately dwell on myths that can cost lives on a slippery road.

Spoiler: the answer to the question “is it possible to eliminate skidding of the rear axle by increasing the speed according to traffic rules?” unambiguous - no. But why? Read on.

What is rear axle skidding and why does it occur?

Skidding of the rear axle (or excessive agility) is a situation where the rear of the car begins to move in the opposite direction of the turn. Visually, this looks like the stern is “moving” outward from the trajectory. The reasons for skidding can be different:

• 🚗 Sharp braking on slippery surfaces (ice, snow, wet asphalt).
• 🌀 Turning the steering wheel too sharply, especially at high speed.
• ⚡ Uneven weight distribution (for example, during sudden acceleration or braking with cargo in the trunk).
• 🔥 Suspension or tire problems (different pressure, worn tires).

Physically, a skid occurs due to the loss of traction of the rear wheels with the road. When the force of inertia exceeds the force of friction, the car begins to rotate around a vertical axis. At this point, any incorrect actions by the driver (for example, adding gas on a front wheel drive car) will only make the situation worse.

It is important to understand that skidding of the rear axle and front demolition (lack of agility) are two different things. When drifting, the car “does not obey” the steering wheel and continues to move straight, despite the wheels turning. Here the exit tactics are different.

Traffic rules 2026: what does the law say about skidding actions?

B Traffic rules of the Russian Federation (last edition 2026) there is no direct clause that would regulate exactly how the driver should act when skidding. However, there are several key provisions that indirectly relate to this situation:

1. Clause 10.1 Traffic rules: “The driver must drive the vehicle at a speed not exceeding the established limit, taking into account the intensity of traffic, the characteristics and condition of the vehicle and cargo, road and meteorological conditions.” Increasing speed when skidding directly contradicts this requirement, as it impairs controllability.
2. Clause 10.5 of traffic rules: “Do not interfere with other vehicles.” Sudden acceleration during a skid can lead to loss of control and accidents with other road users.
3. Clause 1.5 of the traffic rules (general driver responsibilities): “Road users must act in such a way as not to create a danger to traffic.” Adding gas while skidding is a direct path to loss of control.

In addition, in Methodological recommendations for organizing safe driving training (approved by the Ministry of Internal Affairs of Russia) it is clearly stated that when skidding the rear axle it is necessary:

⚠️ Attention: “Increasing the speed at the moment of skidding is strictly prohibited, as this leads to an increase in centrifugal force and the loss of the last remnants of traction between the wheels and the road.”

Thus, from the point of view of traffic rules and official instructions, you cannot add gas when the rear axle is skidding. Not only will this not help level the car, but it can also cause a serious accident.

The physics of skidding: why does increasing speed worsen the situation?

To understand why adding gas when skidding the rear axle is dangerous, let’s look at the physics of the process. When skidding, several forces act on the car:

• 🔄 Centrifugal force - “pushes” the car out of the turn. It is directly proportional to the square of the speed: Fts = m * v² / R (where m - mass, v — speed, R — turning radius). By increasing speed, you increase this force in quadratic progression.
• 🛞 Strength of wheel adhesion to the road - depends on the weight on the axle and the coefficient of friction. When skidding, the rear wheels are already on the verge of losing traction.
• 🔥 Moment of inertia - the desire of the car to continue rotating. Adding gas increases this point, especially on rear-wheel drive cars.

Now let's look at what happens as the speed increases depending on the type of drive:

Drive type	What happens when you add gas while skidding?	Result
Front	The load on the front axle increases, the rear axle is even more unloaded. Centrifugal force increases.	The skid intensifies and a turn is possible.
Rear	The rear wheels receive additional torque, which increases slippage. The car starts to spin faster.	Uncontrolled skidding, high risk of spinning.
Full	Depends on the torque distribution. On most crossovers, the torque is shifted forward, so the effect is similar to front-wheel drive.	At best, the skid will continue; at worst, it will get worse.

The only case when small increasing speed can help - this skidding on a front-wheel drive car when gradually adding gas after leveling the steering wheel. But this only works when shallow skid and requires a perfect feel for the car. In 90% of cases, drivers overdo the gas, which leads to loss of control.

Correct actions when skidding the rear axle: step-by-step instructions

Now let's move on to practice. Here is a clear algorithm for how to get out of a rear axle skid no speed increase:

1. Don't panic and don't slam on the brakes. Sharp braking will redistribute weight to the front axle, and the rear will completely lose traction.
2. Smoothly release the gas (but not harshly!). This will reduce centrifugal force and relieve the rear axle.
3. Turn the steering wheel towards the skid:
   • If the rear of the car “carries” to the left → the steering wheel to the right.
   • If to the right → steering wheel to the left.

After stabilization, level the steering wheel. As soon as the car begins to level out, return the steering wheel to neutral to avoid “rocking.”

If necessary, taxi. If the skid was strong, you may need to slightly adjust the trajectory.

Important: on vehicles with ABS and ESP (exchange rate stability system) electronics will take on part of the work. But you can't rely on it completely - the driver must be proactive.

Release the gas smoothly|Turn the steering wheel in the direction of the skid|Do not brake sharply|Align the steering wheel after stabilization|Control the trajectory after exit-->

For clarity, imagine that you skier on the slope: if you start to “fall” back, you need to shift your weight forward and turn your body in the direction of movement. It’s similar with a car - the steering wheel “catches” a skid, and releasing the gas “transfers weight” to the front axle.

Myths about skidding: why is “adding more gas” dangerous advice?

Where did the belief come from that increasing speed helps with skidding? This is due to several common myths:

• 🎮 The influence of computer games. In many racing simulators (for example, Need for Speed or Forza Horizon) adding gas during a skid helps to “catch” it. But in games, physics is simplified, but in reality, a mistake costs your life.
• 📺 Drift video. Professional drifters (eg. Kenya Block or Fedor Khilov) do use gas to control skidding, but they drive specially prepared cars with differential locks and studded tires.
• 👨🏻‍💼 Advice from “experienced” drivers. Many car enthusiasts are confused rear axle skid with demolition of the front, where acceleration sometimes helps. But these are fundamentally different situations!

Another dangerous advice - "depress the clutch" when skidding. On rear-wheel drive and all-wheel drive vehicles, this will lead to a complete loss of control, as the wheels will unlock and the car will begin to spin like a top.

⚠️ Attention: According to traffic police statistics, more than 30% of road accidents in winter occur due to incorrect actions by the driver during a skid. In 80% of these cases, drivers either added gas or braked sharply.

If you've ever heard the phrase "catching a skid with gas", please be aware that this only applies to sport driving in prepared cars and has nothing to do with safe driving on public roads.

How to train to get out of a skid correctly?

Theory is good, but real emergency driving skills only come with practice. Here are a few ways to practice getting out of a skid without risk to yourself and others:

• 🏁 Autodromes with an instructor. Many driving schools offer courses reckless driving, where drifts are simulated at special sites. Cost: from 3,000 to 10,000 rubles per lesson.
• ❄️ Winter training on ice. On frozen lakes or special ice tracks (for example, in Myachkovo near Moscow) you can safely feel the behavior of the car.
• 🎮 Simulators with realistic physics. Games like Assetto Corsa or BeamNG.drive with a steering wheel and pedals will help you understand the principles, but will not replace real experience.
• 📱 Mobile applications. For example, Driving Academy or CarX Drift Racing 2 (in simulation mode) allow you to practice virtual drifts.

When training, pay attention to:

• How does the car behave when sudden release of gas.
• How does it affect steering wheel position to the trajectory.
• Difference in behavior front, rear and all-wheel drive.

Important: you need to train on empty area without other cars or obstacles. Start at low speeds (20–30 km/h) and gradually increase the load.

What is a “Scandinavian twist”?

This is a 180° turn technique using a controlled skid. Used in rally and emergency driving. The essence: the driver sharply turns the steering wheel to the side, then releases the gas and, using counter-emergency steering, “catches” the skid. You can master this technique only after basic training.

What to do if a skid occurs on the highway or in the city?

In real road conditions, skidding of the rear axle is especially dangerous due to limited space and other road users. Here's what to do if this happens on the road:

1. Assess the situation:
   • Are there other cars nearby?
   • What lane?
   • Is there a curb or bumper?

Let off the gas and steer towards the skid (as described above).

Don't look at the obstacle! Drivers instinctively turn the steering wheel in the direction they are looking. If you are staring at a pole, there is a high risk of crashing into it.

After stabilization, evaluate the possibility of stopping. If the road is slippery, it is better to park and calm down.

If the skid occurred on motorways:

• Try to pull over to the side of the road or into the right lane.
• Turn on alarmto warn other drivers.
• Do not stay in the car on the roadway - get out and move behind the barrier.

⚠️ Attention: On a wet or icy road, skidding may occur. secondary drift when trying to straighten the steering wheel. Hold the steering wheel firmly and adjust the trajectory smoothly.

Remember: the main task is maintain control and avoid accidents. Even if you drive off the side of the road or hit a curb, this is better than colliding with oncoming traffic.

FAQ: Frequently asked questions about rear axle skidding

❓ Is it possible to eliminate skidding of the rear axle by increasing the speed on a front-wheel drive car?

Theoretically, on front-wheel drive cars (VW Golf, Lada Vesta) small adding gas after the reset can help "pull out" the car if the skid is shallow. However, in practice, most drivers make mistakes with the moment and force of pressing the gas, which leads to worsening skidding. It’s better to stick to the standard algorithm: releasing the gas + steering towards the skid.

❓ Why does skidding happen more often on rear-wheel drive cars?

On rear wheel drive vehicles (BMW 5-series, Nissan 350Z) torque is transmitted to the rear wheels, which, during sudden acceleration or releasing the gas, lose traction more easily. In addition, when accelerating, the weight of the car is redistributed to the rear axle, which further unloads the front axle and worsens handling. Therefore, rear-wheel drive cars are more prone to oversteer.

❓ Which tires are better at preventing skids: studded or velcro?

Both types of winter tires have their advantages:

• Studded (Nokian Hakkapeliitta, Michelin X-Ice North) cling better to ice and compacted snow, but on wet asphalt their grip is worse.
• Velcro (Continental WinterContact, Bridgestone Blizzak) are more effective on wet and slushy roads, but are inferior to studs on ice.

To prevent skidding it is more important tire tread (depth not less than 4 mm) and pressure (check once every 2 weeks in winter).

❓ Does ESP (exchange stability system) help when skidding?

Yes, ESP (or ESC) makes it much easier to get out of a skid. The system automatically brakes individual wheels and reduces engine power to stabilize the vehicle. However:

• ESP not omnipotent — on heavy ice or at high speed it may not cope.
• System does not replace driver skills — if you sharply turn the steering wheel in the wrong direction, ESP will not be able to compensate for the error.
• On some ESP machines you can disable (the button is usually signed as "ESC Off") - don't do this unless necessary!

❓ What to do if a skid occurred on a bridge or overpass?

Bridges and overpasses are the first to freeze and often have a more slippery surface than a regular road. In this case:

1. Let off the gas as smoothly as possible - sudden movements lead to loss of traction.
2. Steer towards the skid, but without jerking.
3. If possible, pull over to the side of the road or into the right lane - there is often no room to maneuver on bridges.
4. Once stabilized, move with reduced speed (10–20 km/h lower than usual).

⚠️ Attention: Crosswinds often blow on bridges, which can increase skidding. Hold the steering wheel tight!