What Makes Winter Tires Special?
First off, let’s set the definition for winter tires. Winter tires are tires made out of rubber compounds that keep the tires flexible in winter so that they navigate all winter conditions such as snow, slush, ice, and cold temperatures (below 7°C). They are tested to receive a “severe snow rating,” also known as the 3-Peak Mountain Snowflake symbol, meaning they have increased traction and grip on snow.
Do I Really Need Winter Tires If I Have All-Season Tires?
Living in Canada, it’s a safe bet that you’ll need maximum safety when it comes to winter driving. If you’ve been driving with all-weather tires, it’s about time you knew that these types of tires only meet the minimum requirement for snow, for instance– light showers. That’s why it’s always recommended to have a pair of winter tires in your roster as they possess a high level of ice and snow performance required to help sustain safe drives all winter long.
Don’t live life dangerously, play it safe. Simply put, winter tires don't have a substitute - they are important for the following 4 reasons:
Superior traction and grip for cold roads/surfaces.
Significantly shorter stopping distances in cold weather conditions.
Opportunity for lower car insurance premiums.
Changing weather conditions.
For drivers across Canada who face long, snowy winters, the Michelin X-Ice SNOW is an excellent choice for both passenger cars and SUVs. Developed and tested for harsh Canadian winters, it delivers superior traction and braking on snow and ice, featuring advanced tread design and EverGrip™ Technology for long-lasting performance.
If you often drive on icy or hard-packed roads, the Michelin X-Ice North 4 offers even greater control. With its premium studded design, it enhances braking and acceleration on ice — ideal for drivers in regions with icy conditions.
How Much Do Snow Tires Help In Canada?
Hydroplaning, icy roads, deep snow, and temperatures that rival the Arctic are all components that can be found in certain regions of Canada. So if we’re talking about whether winter tires can help increase your safety while driving in winter, then they truly make a difference.
Yes, but how exactly do you ask?
Winter tires are manufactured using a softer rubber compound when compared to all-weather or summer tires.
Winter tires are specifically designed with sipes and deep treads for superior traction, water displacement, and enhanced grip.
The Michelin X-Ice Snow features an advanced tread design with wider grooves and sipes for better snow and slush evacuation, enhanced maneuverability, and superior ice traction. Its innovative rubber compound stays flexible in extreme cold, ensuring strong grip and shorter stopping distances on icy or snowy roads.
The Michelin X-Ice Snow tire offers reduced rolling resistance for improved fuel efficiency or range. It also provides long lasting wear. These characteristics make it perfectly suited for a wide range of vehicles, including electric vehicles.
Will winter tires make any difference on black ice?
Yes, winter tires are designed to be more effective on these translucent sheets of ice as they allow you to quickly brake, accelerate, and manoeuvre in a controlled manner.
Of course, the ice performance of the tires is also impacted by the compound and sculpture of the tire you purchase.
Advice when driving on black ice:
Be sure to purchase tires that have undergone extensive testing such as ice braking and ice acceleration in all winter conditions.
Invest in studded tires such as the Michelin X-Ice North 4 for optimal winter safety.
Drive cautiously when there is black ice on the roads by braking gently and steering steadily.
Are Winter Tires Mandatory In Canada?
In Quebec, the law states that winter tires have to be secured from December 1st to March 15th, while in BC – they are mandatory from October 1st to April 30th. In other provinces, it’s only recommended.
You want to know when to put on your winter tires in your province? Check out our Canadian Province guide.
When To Put On Winter Tires In Canada?
Here’s our suggestion: If the temperature is above 7°C, no need for winter tires just yet. If the temperature drops below 7°C – it’s time to get your winter tires out of storage and onto the road. Unless of course, you live in a province where winter tires have to be secured on your car by a particular date.
Summer tires do not have the right grip on ice and snow, while the flexibility and malleability of winter tires disintegrate faster in high temperatures and on hot asphalt. Therefore, it is not recommended to keep your winter tires on your vehicle during the summer months, so remember: 7°C!
FAQ
Read our Frequently Asked Questions.
Winter tire installation on all four wheels before temperatures consistently drop below 7°C—non-negotiable for Canadian conditions.
Battery test: Canadian winters regularly reach -20 to -40°C; even a slightly weak battery can fail catastrophically.
Washer fluid: top up with -40°C rated formula. This is a year-round top-up in many Canadian provinces.
Coolant check: verify concentration protects to the temperatures in your region.
Block heater installation if you live in a severe-cold region: block heaters make cold starts easier and reduce engine wear.
Windshield: repair chips before winter expands them into cracks.
Brakes: winter is the worst time to discover worn brakes—inspect in September.
Road salt is pervasive on Canadian winter roads and does affect tire and wheel condition over time. Salt accelerates oxidation of aluminum wheels and can attack rubber compounds over extended exposure. After the winter season, wash tires and wheels thoroughly with water to remove salt residue before storage. During the season, a quick rinse after particularly heavy salt application reduces cumulative exposure. Tire dressings (water-based, not petroleum-based) can provide modest protection to sidewall rubber. Steel rims dedicated to winter use are a practical choice—they're less susceptible to salt corrosion than alloy wheels and less costly to replace if damaged.
Remote starters are extremely popular in Canada and are genuinely useful for warming the cabin and defrosting windows. Used appropriately: run for 10–15 minutes, enough to warm the cabin and begin the defroster cycle. Modern fuel-injected engines don't require long warm-up times—gentle driving is more effective than extended idling for warming the engine and transmission. Important: never use a remote starter in a closed garage—carbon monoxide accumulates rapidly even if the garage door is cracked. Also ensure the windshield is fully clear before driving, regardless of how long the defroster has been running.
Inspect for damage: check for any cuts, sidewall cracking, or unusual wear patterns before storing.
Clean thoroughly: wash with water, remove salt, grime, and brake dust; let dry completely.
Note positions: mark which tire was where on the vehicle for proper rotation at next installation.
Store correctly: cool, dark, dry location away from ozone, UV, and chemicals. Mounted tires stacked or hung; unmounted tires standing upright.
Check tread depth: record the depth at storage so you know at next season's install whether replacement will be needed.
Check pressure before storage: inflate to recommended pressure to help maintain shape.
A block heater is an electric heating element installed in the engine block that keeps the engine coolant warm when the vehicle is parked overnight. This makes cold starts dramatically easier in extreme cold, reduces engine wear (much of which occurs during cold starts), improves fuel economy in the first few minutes of operation, and gets the cabin heater producing warm air faster. In regions where temperatures regularly fall below -20°C (most of the Prairies, northern Ontario, the North), a block heater is effectively essential. Plug in 2–4 hours before departure. Many Canadian parking lots include block heater outlets.
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(2) Reduction of fuel consumption due to 9% reduction of rolling resistance based on internal studies conducted at the Ladoux Technology Center (in Clermont-Ferrand, France) between August 2019 and January 2020, comparing the MICHELIN® X-Ice® SNOW tire versus MICHELIN® X-ICE® Xi3 in tire size 195/65R15 using method ISO 28580 at 80 km/h.
(3) Based on third-party longevity tests, in North Finland between October 2019 and January 2020, on a Volkswagen® Golf 1.5 TSI comparing the MICHELIN® X-Ice® SNOW tire versus BRIDGESTONE® Blizzak WS-90, CONTINENTAL® Viking Contact 7, NOKIAN® Hakkapeliitta R3, GOODYEAR® UltraGrip Ice 2, Pirelli® Ice Zero FR in tire size 205/55R16 94H XL. 12,000 kilometres driven per winter is estimated from annual average kilometres driven in Canada per vehicle by Desrosiers Automotive Consultants. A winter season is defined as six months.