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Fronway Eurus-07 – 255/55R20 110V XL
Description: The Fronway Eurus-07 in 255/55R20 110V XL is a high-performance tyre tailored for luxury SUVs and crossovers with large 20-inch wheel fitments. This size is commonly found on popular vehicles such as the Land Rover Discovery, Volvo XC90, and certain variants of the Audi Q5/Q7 and Porsche Cayenne. The Eurus-07 is engineered for drivers who primarily use their vehicle on paved roads and demand a combination of sporty handling, high-speed stability, superior wet/dry grip, and a strong load-bearing capacity suitable for modern, heavier premium vehicles.
Key Features and Technical Details:
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Ultra High-Performance (UHP) Design: The tyre’s asymmetric tread pattern and construction are optimized for aggressive on-road performance, focusing on maximizing the contact patch and delivering precise, responsive handling characteristics.
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Extra Load (XL) Capacity: The 110 load index certifies this tyre to support a very substantial maximum load of 1060kg (2337 lbs) per tyre. The XL (Extra Load) designation indicates a reinforced casing structure, which is critical for safely managing the high curb weight and dynamic forces of large luxury SUVs.
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Speed Rating: Rated V (up to 149 mph / 240 km/h), this tyre provides high speed capability and confirms its structural integrity for sustained highway driving.
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Handling Profile: The 55-series aspect ratio provides a good balance, offering enough sidewall for cushioning while still being low enough to ensure predictable and stable cornering, enhancing the overall driving dynamics of the vehicle.
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Asymmetric Tread Pattern: The sophisticated design features larger, stiffer tread blocks on the outer shoulder to maximize lateral grip and stability during cornering, while the inner section is designed for efficient water management.
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Wet Weather Performance: Multiple wide, deep circumferential grooves are integrated to rapidly and effectively channel water away from the contact patch. This system enhances resistance to hydroplaning, improving safety and braking performance in wet conditions.

















