By La Velle Goodwin Collision Prevention Specialist Founder, Driving Hero Academy When your car starts to slide on ice or snow, what you do in the next second matters more than anything else. Many drivers panic and brake hard or over-correct because no one has explained what actually causes a skid or how to recover safely. More importantly, most winter driving advice focuses on how to recover after losing traction. Skilled drivers focus on something different: managing traction so skids rarely occur in the first place. This guide explains what causes a skid, how to recover safely, and how experienced drivers prevent them altogether.

What To Do If Your Car

Starts Skidding on Ice

If your car begins to skid on ice or snow: • Take your foot off the brake or accelerator • Straighten the steering wheel if you were turning • Look and steer toward the open space where you want the vehicle to go • Allow the tires to regain traction before making new inputs Sudden braking, accelerating, or steering usually makes a skid worse. Smooth inputs allow the tires to regain grip and restore control.

Why Cars Skid on Ice

and Snow

Understanding what is happening when a car skids is essential if you want to maintain control. A skid occurs when a tire is asked to produce more grip than the road surface can provide. In practical terms, this happens when driver inputs exceed the available traction. Most skids occur when a driver: • brakes harder than the tires can support • accelerates harder than the tires can support • steers more sharply than the surface can support Snow, water, and ice do not create skids by themselves. They reduce the traction available, which makes it easier for normal driver inputs to exceed the limit. This is why the same steering, braking, or acceleration that works on dry pavement can cause a skid in winter conditions. Experienced drivers constantly adjust their inputs to match the traction available on the road surface. First: Stop the Input That Caused the Skid The moment the car begins to slide, remove the input that exceeded traction. Take your foot off the brake, take your foot off the gas, and straighten the wheel if you were turning too sharply. Do not try to reduce or modulate the input. Remove it completely and allow the tires to regain traction. Once the tires begin gripping again, you can gradually reapply steering, braking, or acceleration.

Locked Wheels Cannot

Steer

Most modern vehicles are equipped with anti-lock braking systems (ABS). ABS rapidly releases and reapplies the brakes when wheel lock is detected so the driver can maintain steering control while braking. In older vehicles without ABS, hard braking can lock the wheels. When the wheels stop turning they cannot steer. At that point the car is no longer rolling under control. It is sliding. Threshold braking is the best technique in vehicles without ABS. This means applying the brake right to the point where the wheels are about to lock but not beyond it. If the wheels begin to lock, ease off slightly until they start turning again.

Using Neutral to Help

Tires Regain Grip

In older vehicles without traction control or stability systems, shifting into neutral can help the tires regain traction. Moving the shifter into neutral disconnects engine power from the drive wheels, allowing the tires to rotate freely and recover grip. In manual vehicles, pushing the clutch fully to the floor has the same effect. Modern vehicles with traction control and stability systems usually manage wheel slip automatically, so manually shifting into neutral is rarely necessary.

Look and Steer Where

You Want the Car to Go

Older driving advice often tells drivers to “steer into the skid.” While technically correct, this instruction confuses many drivers because they must determine which direction the rear of the vehicle is sliding. A simpler and more effective rule is this: look and steer where you want the vehicle to go. Drivers naturally steer toward where they are looking. Focusing on open space rather than the hazard helps guide the car back onto the intended path.

How Skilled Drivers

Avoid Skidding in the

First Place

Highly trained drivers focus less on skid recovery and more on traction management. The goal is to avoid demanding more grip than the road can provide.

Test the Conditions

Early

At the start of a winter drive, safely check how slippery the road is. When it is safe and there are no vehicles nearby, gently apply the brakes until you feel the tires begin to slip. You can test acceleration the same way. This gives you an immediate sense of how much traction is available. Road conditions change constantly, so yesterday’s experience may not apply today.

Adjust Speed and

Inputs

Do not drive at speeds that require sudden braking. Look as far ahead as you can see and anticipate traffic lights, curves, intersections, and slowing traffic. Smooth steering, braking, and acceleration preserve traction and reduce the chance of skidding.

Know Where Ice Forms

Intersections are especially prone to thin ice patches. Vehicles stop, exhaust pipes drip water onto the pavement, and traffic repeatedly polishes the surface. Ice often forms exactly where drivers need to brake and accelerate. Approach intersections cautiously even if the rest of the road appears clear.

Use Fresh Snow When

Possible

Fresh snow often provides more traction than polished ice in well- traveled tire tracks. If safe, positioning your tires slightly outside the worn tracks can sometimes improve grip.

Expect Other Drivers to

Misjudge Conditions

Many drivers underestimate how slippery winter roads can be. It is common to see vehicles slide into intersections or fishtail after accelerating on icy surfaces. Leave extra space in front and beside your vehicle so you have room to adjust if another driver loses traction. When you come to a stop, remain aware of what is happening behind you. The risk of a crash often shifts to the rear once your vehicle is stopped. If a driver approaches too quickly from behind, you should already know where you can move to avoid being hit. Defensive winter driving is about awareness, anticipation, and planning, not reacting after something goes wrong.

Why This Matters More

in Older Vehicles

Older vehicles often lack traction control and electronic stability systems. Drivers in these vehicles must rely more heavily on smooth inputs and traction awareness. Even in modern vehicles with advanced electronics, the laws of physics still apply. Electronic systems can help manage traction, but they cannot create grip where none exists. Tires, road surface, and conditions determine the limits.

The Principle Behind

Safe Winter Driving

Winter driving is not about dramatic skid recovery techniques. It is about understanding traction and staying within its limits. Drivers who manage traction carefully rarely experience skids because they never demand more grip than the road surface can provide. When drivers understand this principle, winter driving becomes far more predictable and far less stressful.

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Winter Driving

Program

Winter Driving

FAQ

What should you do if

your car starts sliding

on ice?

Take your foot off the brake or accelerator and allow the tires to regain traction. Look and steer toward the open space where you want the vehicle to go rather than staring at the hazard. Should you steer into a skid? “Steer into the skid” is not wrong but it is confusing to most drivers. What we recommend instead is simply look and steer where you want to go.

Should you brake

during a skid?

No. Removing the brake input allows the tires to regain traction.

Why does my car keep

sliding even when I

turn the wheel?

When the tires lose traction, steering inputs cannot immediately change the direction of the vehicle. Steering becomes effective again only after the tires regain grip.

Is it safer to drive in

fresh snow than tire

tracks?

Sometimes. Fresh snow can provide more grip than polished ice in well- traveled tire tracks.

What speed is safe on

icy roads?

There is no universal safe speed. Safe speed depends on traction, which changes constantly based on temperature, road treatment, traffic, and weather. The thing to understand is that your vehicle will require more stopping distance when roads are slick. La Velle Goodwin Founder, Driving Hero Academy

About The Author

While working as a Senior Instructor at Young Drivers of Canada, La Velle Goodwin completed instructor certification requiring more than four times the training of a standard driving instructor license, with mandatory annual recertification requiring instructors to retrain and meet progressively higher scoring targets on practical in-car exams, advancing through successive certification levels as a condition of continued employment. She has spent nearly three decades thinking about why driver behavior is so hard to change, and how to actually change it. Winter driving is where that question becomes most urgent: the gap between what drivers think they know and what the physics actually demands is widest when traction is lowest. She is the founder of Driving Hero Academy, where the Winter Driving Program is built on the same principle: understanding traction is more effective than practising recovery.