235/50R18 97W FIRESTONE FIREHAWK AS V2 BL All Season

Description

The Firestone FIREHAWK AS V2 BL All Season 235/50R18 All-Season tire delivers stable, predictable handling across a range of temperatures and road surfaces. Built with a compromise compound engineered to perform from approximately +7°C through summer heat, this tire excels on highways where consistent grip and responsive steering matter. The moderate tread depth and circumferential drainage channels work together to manage wet roads effectively, making it a capable choice for spring, summer, and fall driving.

• Vehicle Fit: This size commonly fits sedans and compact SUVs such as 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 compromise rubber compound operates reliably from +7°C to high summer temperatures, making it suitable for three-season use. Wet-road grooves and circumferential drainage channels provide grip on damp pavement. Not a winter tire—dedicated winter tires are required for snow and ice.

• Load & Speed Rating: Load index 97 supports 730 kg (1,609 lbs) per tire, adequate for a typical sedan with passengers and cargo. Speed rating W permits continuous driving up to 270 km/h, matching the capability of most passenger vehicles.

• Tire Type: Passenger car tires are engineered for sedans, hatchbacks, and crossover SUVs with balanced emphasis on ride comfort, fuel economy, and predictable handling during everyday driving.

Migo Tire offers free local delivery across the GTA, with shipment processed as rapidly as possible to minimize wait time. Professional installation can be added directly at checkout on this product page; if installation availability changes, contact Migo Tire via email to schedule an appointment. This tire includes a 100,000 km manufacturer warranty covering material defects and tread-related failures, though the warranty excludes damage caused by road hazards or driving conditions.