275/55R20 XL 117S GT RADIAL ICEPRO SUV3 Winter

Description

Built for winter driving, the GT Radial XL ICEPRO SUV3 in 275/55R20 combines a specialized rubber compound engineered to remain pliable in temperatures below 7°C with a low rolling resistance design. This combination reduces fuel consumption while maintaining traction on snow, ice, and treated road surfaces typical of harsh Canadian winters. The tire’s deep tread pattern and dense siping structure support efficient snow penetration and ice grip without compromising energy efficiency.

• Vehicle Fit: This size fits many mid-size and full-size SUVs and crossovers, including models such as the Toyota RAV4, Honda CR-V, and Ford Explorer. 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 flexible compound maintains grip in sub-zero temperatures while dense sipes enhance braking and cornering control on packed ice and slush. Deep tread channels support snow traction and help manage winter road surfaces without summer-season compromise.

• Load & Speed Rating: Load index 117 supports a maximum of 1,025 kg (2,260 lbs) per tire, sufficient capacity for typical SUV payload and passengers. Speed rating S permits a maximum sustained speed of 180 km/h, appropriate for highway and all-season road use.

• Tire Type: Passenger tires of this category are engineered for balanced everyday performance across comfort, handling predictability, and efficiency. Winter variants prioritize cold-weather grip and stability over warm-season responsiveness.

Migo Tire offers free local delivery throughout the GTA with expedited shipping to your location. Professional installation can be requested at checkout on this product page; if installation is unavailable, contact Migo Tire directly by email to arrange an appointment at a preferred time. This tire is backed by a 100,000 km manufacturer warranty covering defects in material and tread; the warranty excludes damage caused by road hazards or driving conditions.