215/65R17 99H CONTINENTAL PROCONTACT TX BSW All Season

Description

The Continental PROCONTACT TX BSW All Season is an all-season tire in size 215/65R17 engineered for balanced everyday performance across spring, summer, and fall driving. This tire delivers practical value through its moderate tread depth and wet-road groove design, which work together to manage water evacuation on damp pavement. Built on a compromise compound that performs reliably from approximately +7°C through high summer temperatures, it strikes an effective middle ground for drivers seeking year-round capability without seasonal changeovers.

• Vehicle Fit: The 215/65R17 size fits sedans and 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: This all-season compound and tread design function effectively from +7°C to warm temperatures, with circumferential drainage channels that shed water on wet roads. Not rated for dedicated winter use on snow or ice—a winter tire is recommended for that season.

• Load & Speed Rating: Load index 99 supports 775 kg (1,709 lbs) per tire, sufficient for a typical sedan with passengers and cargo. Speed rating H permits a maximum of 210 km/h, meeting standard highway requirements.

• Tire Type: Passenger car tires prioritize comfort, fuel economy, and predictable handling for sedans and smaller crossovers. They balance everyday usability with responsive steering and stable cornering on paved roads.

Migo Tire offers free local delivery across the GTA, arriving in the fastest timeframe possible. Professional installation can be arranged directly at checkout on this product page, or you can email Migo Tire to schedule an appointment if installation options aren’t immediately available. This tire is backed by a 100,000 km manufacturer warranty covering tire material quality and tread defects; damage from road hazards or driving conditions is excluded.