The BFGoodrich g-FORCE COMP-2 A/S PLUS is engineered for drivers seeking exceptional handling and durability in all-season conditions. Designed with a tread depth of 9/32 inch and a tread wear rating of 400, this tire offers long-lasting performance and reliable traction across diverse road surfaces. Its 275/35ZR20XL size ensures a wider contact patch, providing enhanced grip and stability during high-speed driving and cornering. The tire features a black sidewall and a directional tread pattern for optimal water evacuation and reduced hydroplaning risk.
Constructed with an extra load (XL) construction and a load index of 102, this tire supports heavy loads up to 1,874 pounds at 50 psi, making it suitable for spirited driving and demanding road conditions. The tire’s temperature rating is A, and traction is rated A, reflecting its ability to maintain grip in various weather scenarios. The speed rating W indicates a maximum speed capability of up to 168 mph, ideal for performance vehicles. The tire is designed with a radial bias construction for improved ride comfort and stability, and it is compatible with rims up to 11 inches wide.
With a diameter of approximately 27.56 inches, this all-season tire is a versatile choice for drivers who need reliable year-round performance. The BFGoodrich g-FORCE COMP-2 A/S PLUS comes with a mileage warranty of 45,000 miles and a Canadian mileage warranty of 70,000 km, ensuring peace of mind and value over its lifespan. Whether for daily commuting, spirited driving, or light track days, this tire delivers consistent performance and durability in a stylish black sidewall design.

Features:

• All-season performance with a tread depth of 9/32 inch for reliable traction in various weather conditions

• Supports heavy loads up to 1,874 pounds with an extra load (XL) construction and load index of 102

• Speed rating W allows for speeds up to 168 mph, suitable for high-performance vehicles

• Radial bias construction enhances ride comfort and vehicle stability

• Designed with a black sidewall and a directional tread pattern for efficient water evacuation