215/45R17 XL 91W SAILUN ATREZZO 4S BSW All Weather

Description

The Sailun XL ATREZZO 4S BSW All Weather is an All-Weather tire in size 215/45R17 engineered for drivers who rack up serious highway miles and need confidence at cruising speeds. The W speed rating supports sustained high-velocity travel, while the 3PMSF-certified compound delivers grip across summer heat and winter cold without seasonal swaps. If your daily routine includes long commutes, airport runs, or inter-city deliveries, this tire balances durability and predictable handling for year-round reliability.

• Vehicle Fit: Commonly fits vehicles such as the Honda Civic, Mazda3, Ford Focus, and Volkswagen Jetta. 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: Features a 3PMSF-rated compound that remains pliable in freezing weather while resisting breakdown in heat, paired with a hybrid tread design blending wet-weather grooves and snow-biting sipes for true year-round capability in mild-to-moderate Canadian winters.

• Load & Speed Rating: Load index 91 supports 615 kg (1,356 lbs) per tire, adequate for a typical sedan carrying passengers and cargo. Speed rating W permits sustained speeds up to 270 km/h, providing substantial headroom for highway travel.

• Tire Type: Passenger car tires prioritize everyday comfort, fuel efficiency, and stable handling for sedans, hatchbacks, and crossover SUVs. Designed to deliver quiet, predictable performance during routine driving without compromising responsiveness.

Free local delivery across the GTA is handled personally by Ali from Migo Tire, arriving as quickly as possible. Professional installation can be requested directly from this product page at checkout, or customers may email Migo Tire to arrange an appointment if installation options are not displayed. This tire includes an 80,000 km manufacturer warranty covering material quality and tread defects, though damage from road hazards or driving conditions is excluded.