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Fronway Fronwing A/S – 285/45R19 111V XL (All Season)

Description: The Fronway Fronwing A/S in 285/45R19 111V XL is a wide-profile, high-load All-Season tyre designed for large luxury SUVs and performance crossovers. This size is typically fitted to demanding vehicles such as the Porsche Cayenne, Audi Q7, BMW X5, and other premium models with 19-inch wheels. It is engineered for drivers who require a robust combination of exceptional load-bearing capability, stable on-road handling, and reliable year-round performance across dry, wet, and light snow conditions.

Key Features and Technical Details:

• High-Load All-Season Performance: This tyre is built with an advanced compound and tread design to ensure reliable traction throughout the year, offering confident performance on dry, wet, and lightly snow-covered roads, making it a true all-season solution.

• Extra Load (XL) Capacity: The 111 load index certifies this tyre to support a very substantial maximum load of 1090kg (2403 lbs) per tyre. The XL (Extra Load) designation indicates a reinforced casing structure, which is crucial for safely managing the considerable curb weight and dynamic forces of large luxury SUVs.

• Speed Rating: Rated V (up to 149 mph / 240 km/h), this tyre provides high speed capability, confirming its stability and structural integrity for sustained highway driving.

• Wide Contact Patch: The wide 285mm tread width, combined with the medium-low 45-series aspect ratio, provides a large contact patch for enhanced dry grip, sharp steering response, and excellent stability during cornering.

• Asymmetric Tread Design: The pattern typically features robust outer shoulder blocks to maximize lateral grip and stability, while the inner sections are designed with siping and grooves for better wet and light snow traction.

• Wet Weather Control: Wide circumferential grooves and siping work together to rapidly and effectively channel water and slush away from the contact patch, significantly enhancing resistance to hydroplaning and improving braking stability in rainy conditions.