235/60R19 Haida HD937 All Season

Description

Designed as an All-Season tire, the 235/60R19 Haida HD937 All Season delivers confident wet-road traction through its engineered groove pattern and compromise compound formulation. The tread design incorporates circumferential drainage channels that move water away from the contact patch, reducing aquaplaning risk and maintaining grip during rain. This tire balances year-round usability from spring through fall while providing the handling stability and braking response expected on wet pavement.

• Vehicle Fit: The 235/60R19 size fits vehicles including the Toyota RAV4, Honda CR-V, Toyota Camry, and Mazda CX-5. 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 tire uses a moderate tread depth and compromise rubber compound effective from approximately +7°C through summer temperatures. It is not a winter tire and should not replace dedicated winter tires on snow or ice. Spring, summer, and fall driving is its intended range.

• Load & Speed Rating: Load index is a number representing the maximum weight each tire can carry per tire; speed rating is a letter indicating maximum sustained speed certification. Specific ratings for this tire are not listed here. Check your vehicle’s door jamb sticker or contact Migo Tire for details.

• Tire Type: Passenger car tires like this are engineered for sedans, hatchbacks, and crossover SUVs. They prioritize comfort, fuel efficiency, and predictable handling for everyday driving on paved roads.

Migo Tire offers free local delivery across the GTA with rapid dispatch. Professional installation can be arranged directly at checkout on this product page, or you may email Migo Tire to book an appointment if installation options are not immediately available. This tire includes an 80,000 km manufacturer warranty covering material defects and tread failures; the warranty does not cover damage from road hazards or driving conditions.