​Some people think the tread pattern is the only difference between winter, summer, and all-season tires. However, the tire compound and construction set these tires apart. Their ultimate grip is due to the ability to dig the road surface. Like summer tires perform best during the hot weather, winter tires work better in the cold. This blog post explains why winter tires are important to use when the weather gets colder. But first, let’s understand winter tires better.

​Winter tires have more flexible and soft rubber that remains pliable during the cold weather, providing a better grip on icy and snowy surfaces. Moreover, these tires have more voids and lugs, creating sharp, irregular edges. Their design features enable them to eject snow, slush, and ice from their grooves, enhancing traction.

​Experts recommend installing winter tires if you live in Winnipeg. In some Canadian provinces, the law requires you to install these tires on your vehicle. Authorities can even fine you for not using winter tires between December 5 and March 5. Here are the top reasons to install winter tires in Winnipeg.

​Driving a vehicle with all-season tires is hazardous during winter. However, installing winter tires can improve your car’s stopping distance, even when driving on snow, ice, or cold pavement. Thus, installing these tires on your vehicle can prevent a car crash.

​The unique material profile makes winter tires ideal for icy and snowy roads. Their rubber treads have biting edges. These small dashes on the tires’ surface increase their grip potential. Additionally, all-season tires get hard during the cold weather, reducing traction. Winter tires have a more flexible and softer rubber that provides better traction when driving on ice- or snow-covered roads.

​Winter tires have better tread depths which reduces snow or ice build-up. This combined with their unique tread pattern makes the snow that builds up on them into water that slides off the tires. Some manufacturers use hysteresis, a process that generates heat as the tires deform and recover repeatedly as they rotate under the vehicle’s weight. This technology improves tread stability.

​Winter tires have materials that make them ideal for cold temperatures. Unlike the materials on all-season tires that make treads less responsive and rigid in cold temperatures, these tires have a unique rubber compound that is flexible and capable of grasping onto frozen surfaces better.

Unlike OEM tires, winter tires have skinnier sizing, making them ideal for winter. Their narrow width improves the pressure they exert per square inch, leading to easier cutting through the ice instead of floating on top of it. Manufacturers design winter tires to perform better in snow, slush, ice, and low temperatures. While you can drive a vehicle with all-season tires in various conditions, winter tires are ideal for light snowfall and wet roads. So, stop wondering why winter tires are important for harsh weather. Instead, ensure your car has them between December and March. Remember to call Towing Winnipeg if you get into any sort of accident or are in need of roadside assistance. 

The first question many people ask when their car gets stuck in sand, snow, or the ditch is, how does vehicle recovery work and how can do I find the bet option? It’s downright scary and frustrating when something immobilizes your vehicle, especially in an unfamiliar place. However, you can relax if you have a phone number of a reliable vehicle recovery service like Towing Winnipeg.
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Vehicle recovery involves retrieving a disabled, immobilized, or stranded vehicle from a precarious situation and transporting it to a safe place or repair shop. The process involves winching in some situations. In such cases, experts use a winch to pull the car out of its current position and move it to a more accessible area. Nevertheless, only experts should do this job because the vehicle can sustain significant damage if amateurs do it incorrectly.

Assessing the situation to determine the best way to approach recovery is mostly the first step. It involves evaluating the vehicle’s condition, location, potential hazards, and terrain.
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