BFGoodrich G-Force Comp-2 A/S+ 245/50ZR19 105W XL

Images are supplied by the manufacturer and may be generic. While all efforts are made to provide accurate pictures, there may be differences in the actual product, such as colour, quantity, version, or included components. Please carefully review the description and specifications for details on inclusions or any variations. Some items may be sold individually or in sets, and images may occasionally depict additional products or quantities not included in your purchase. For assistance or clarification, please contact customer support.

Reference Information

Tire, g-Force Comp-2 A/S Plus, 245/50-19, 2,041 lb. Load, W Speed Rating, Blackwall, Radial, 400 A A UTQG Rating, Each

BFGoodrich g-Force Comp-2 A/S Plus tires are developed for sports car, sporty coupe, performance sedan and modern muscle car driving enthusiasts. Engineered to improve wet handling, wet braking and snow traction over its predecessor, the g-Force Comp-2 A/S Plus tires are designed to accelerate faster, brake shorter and provide more control in all seasons to deliver BFG's ABCs of ultra-high-performance driving, even in light snow. If you're after an all-season performance tire that provides the perfect balance of driving comfort and responsive handling—equip your vehicle with BFGoodrich g-Force Comp-2 A/S Plus tires!

Key features:
• High-silica, cold-weather flexing compound for best wet and dry grip and all-season traction
• Optimized rubber-to-road contact for ultimate dry grip
• Squared-off shoulders and wraparound tread elements for block rigidity inspire confident dry handling
• Sidewall inserts add sidewall stiffness to resist deflection for immediate turning response
• Aggressive V-shaped directional pattern, with angled lateral and longitudinal grooves efficiently evacuate water for better wet traction
• High-lateral void with beveled biting edges and wide lateral grooves improve snow retention and adherence for greater mobility during winter
• Consistent tread block rigidity balances acceleration forces within the tire footprint