Description
2254018 Sailun Atrezzo SVA1 92W XL – Ultra-High-Performance Tyre for Dynamic Handling and Control
The 225/40R18 Sailun Atrezzo SVA1 92W XL is engineered for drivers seeking precision handling and high-speed performance. Designed for sports cars, performance sedans, and dynamic hatchbacks, this ultra-high-performance tyre offers superior grip, responsive handling, and reliable stability in both dry and wet conditions.
Its asymmetric tread pattern and silica-enhanced compound deliver exceptional cornering grip and reduced braking distances. Wide circumferential grooves quickly evacuate water to reduce the risk of aquaplaning, while reinforced shoulder blocks enhance cornering stability and control. The XL (Extra Load) construction increases load capacity for improved durability during aggressive driving.
With a load index of 630 kg and a speed rating of 270 km/h, the Atrezzo SVA1 is built for drivers who demand thrilling performance and safety at high speeds.
Key Features:
- Ultra-High Performance: Asymmetric tread design for enhanced grip and precision handling.
- Superior Wet and Dry Traction: Silica compound ensures reliable braking and cornering in all conditions.
- Aquaplaning Resistance: Wide grooves channel water away for safer wet-weather driving.
- Reinforced XL Construction: Extra load capacity for added strength and durability.
- Load Capacity: Supports up to 630 kg per tyre.
- Speed Rating: Stable and safe at speeds up to 270 km/h.
Why Choose Us?
- Convenient Online Shopping: Fast, secure, and easy-to-use ordering platform.
- Expert Installation: Professionally fitted for maximum safety and performance.
- Fast and Reliable Delivery: Quick shipping to your home or preferred service centre.
- Dedicated Customer Support: Friendly, expert advice for all your tyre needs.
- Extensive Tyre Selection: Wide variety of tyres to suit every driving style and budget.
The 225/40R18 Sailun Atrezzo SVA1 92W XL is the ideal choice for performance-driven drivers who want exceptional handling, grip, and high-speed stability.
