All Bfgoodrich Advantage Touring tires

About Bfgoodrich Advantage Touring

The Advantage Touring tire combines performance, comfort, and durability to meet the demands of modern drivers. Designed to deliver a safe and enjoyable driving experience, this tire stands out with its innovative design and advanced technologies that ensure confident handling in all conditions.

• Asymmetric non-directional tread design with optimized footprint to reduce interior cabin noise and enhance driving comfort.
• Rigid tread blocks and deep grooves providing excellent grip and braking performance on both dry and wet surfaces.

• Interlocking bands that reduce friction and heat buildup for improved fuel efficiency and long-lasting durability.

   

Asymmetric non-directional design and optimized footprint
The Advantage Touring tire features an asymmetric non-directional tread pattern, computer-optimized for an ideal contact patch. This design significantly reduces interior cabin noise, ensuring a quieter and more comfortable ride, especially for SUVs. This technology is engineered to maintain consistent performance throughout the tire’s lifespan, providing lasting comfort without compromise.

Rigid blocks and deep grooves for enhanced grip
With large, rigid tread blocks and deep grooves, this tire delivers excellent traction and braking capabilities on dry and wet roads alike. The asymmetric design with reinforced shoulders offers precise control and responsive handling. This robust construction draws inspiration from BFGoodrich’s on-road racing heritage, ensuring dynamic and secure road performance.

Interlocking bands for better fuel efficiency and durability
The incorporation of interlocking bands in the tire’s structure limits internal friction and heat generation, two critical factors affecting fuel consumption. This innovative technology helps extend the tire’s lifespan while delivering excellent value. Also designed for hot climates, the Advantage Touring tire features an optimized road contact patch, guaranteeing stable performance even under severe conditions.