BFGoodrich Advantage Control 185/65-14 86H Grand Touring All-Season Tire 06015 - Review

The BFGoodrich Advantage Control 185/65-14 86H Grand Touring All-Season Tire (Product Code: 06015) is a premium choice for drivers seeking a blend of performance, durability, and all-season reliability. Designed to fit a wide range of sedans, coupes, and small crossovers, this tire offers an exceptional balance of comfort and control, making it an ideal selection for everyday driving.

Product Details:

• Size: 185/65R14
• Load Index: 86 (carries up to 1168 lbs)
• Speed Rating: H (up to 130 mph)
• Season: All-Season
• Type: Grand Touring

Features and Benefits:

• All-Season Performance: Engineered with an advanced tread compound, the Advantage Control provides excellent traction and handling in a variety of weather conditions, including light snow.
• Comfort: The tire's optimized footprint design ensures a smooth, quiet ride, enhancing driver and passenger comfort over long distances.
• Durability: BFGoodrich's renowned build quality comes to the fore with a robust construction that promises long-lasting wear and durability.
• Fuel Efficiency: The tire's design contributes to reduced rolling resistance, which can help in improving your vehicle's fuel efficiency.

Fitment and Compatibility:

The 185/65-14 sizing is compatible with a broad range of vehicles. However, it's crucial to check your vehicle's owner manual or consult with a tire professional to ensure proper fitment. This size is commonly found on compact and mid-size vehicles, offering a perfect blend of performance and economy.

Conclusion:

The BFGoodrich Advantage Control 185/65-14 86H Grand Touring All-Season Tire is a solid investment for drivers prioritizing safety, comfort, and all-season reliability. Its superior design and construction deliver a driving experience that is smooth, controlled, and efficient. Whether navigating city streets or cruising on the highway, this tire provides the peace of mind and performance needed to enjoy your drive in any weather condition.