Bridgestone Blizzak LM-500 BW Tires

Mounting, Balancing, Valve Stems, TPMS reset, Wheel Weights

Bridgestone® Blizzak™ LM-500 BW tires blend high performance capabilities and winter capabilities. These tires can excel in the many difficult conditions that winter can throw at you. Rain, snow, ice, and cold temperatures are all in a day's work for these tires. If you drive a high-performance vehicle and deal with bad winter weather, consider a set of new Blizzak LM-500 BW tires.

On, you're just a few easy steps away from finding out if Bridgestone Blizzak LM-500 BW tires are right for you and your vehicle.

Technology & Benefits of Bridgestone Blizzak LM-500 BW Tires

Multicell Rubber Compound

Bridgestone uses their advanced multicell rubber compound in the Blizzak LM-500 BW. This specialized material is designed to quickly push moisture out from under the tires so that the rubber can grip the road. This can improve traction while accelerating, braking, and cornering. The multicell rubber in Bridgestone Blizzak LM-500 BW tires can also help you avoid hydroplaning.

Bridgestone Ologic Technology

Another advanced technology used in Bridgestone Blizzak LM-500 BW tires is Ologic Technology. This technology helps these tires reduce their rolling resistance. The result is enhanced fuel efficiency for the tires and potentially maximized fuel efficiency for your vehicle. To make this possible, low-rolling resistance tires reduce the amount force need to move your vehicle. In turn, you vehicle's engine requires less fuel. That's good for the environment and for your wallet.

All-Season Tires vs. Winter Tires

Why should you invest in winter tires if you already have all-season tires? That's a great question that's commonly asked. All-season tires can be a great option. However, if you ever drive in severe winter weather, many all-season tires aren't made to meet those conditions. Many all-season tires are only made for light snow at best. In addition, winter tires like Bridgestone Blizzak LM-500 BW tires are made from specialized rubber materials that can perform better in temperatures that are consistently at or below 45 degrees Fahrenheit.