185/60R15 84 T DUNLOP WINTER MAXX 2 BSW Winter

Description

Drivers looking for a Winter 185/60R15 tire will find the Dunlop 84 T MAXX 2 BSW engineered for reliable traction in cold weather and snow. This tire combines a flexible rubber compound with a deep, densely sipped tread design to deliver consistent grip on packed ice, slush, and snow-covered roads. Built for everyday winter driving, it prioritizes stable handling and predictable performance across varied road conditions.

• Vehicle Fit: This size fits sedans and compact crossovers including the Toyota Corolla, Honda Civic, Toyota RAV4, and Honda CR-V. For exact fitment, check the tire size sticker inside your driver-side door or use the tire size search on the migotire.com homepage.

• Seasonal Performance: The rubber compound remains flexible in temperatures below 7°C, enabling better snow penetration through deep tread depth. Dense siping across the tread surface increases edge grip on ice. This tire carries the severe-snow 3PMSF rating, meeting harsh winter driving standards.

• Load & Speed Rating: Load index indicates the maximum weight each tire can support; speed rating shows the highest sustained speed the tire is certified for. These ratings are printed on the tire sidewall and the sticker inside your driver door. Check your vehicle’s specifications for the correct values before purchase.

• Tire Type: Passenger car tires are designed for sedans, hatchbacks, and compact crossovers. They balance comfort, fuel efficiency, and responsive handling for everyday driving on paved roads and varied winter surfaces.

Migo Tire offers free local delivery across the GTA with rapid turnaround. Professional installation is available directly at checkout; if not offered for this product, you can email Migo Tire to schedule an appointment at a time that suits you. The Dunlop 84 T MAXX 2 BSW is backed by a 100,000 km manufacturer warranty covering material defects and tread failure—though the warranty excludes damage from road hazards, impacts, or driving conditions beyond the tire’s design limits.