Sport-inspired design for the urban rider and commuter with small to medium displacement (<=400cc) scooters.
Zip around your city with confidence in both wet and dry conditions.
Sporty handling and stability from V-shape tread pattern.
Designed to reduce noise from optimized main tread groove angle.
Wet weather grip from wider grooves.
Reduces irregular wear and shimmy via optimized tread rigidity.
The Bridgestone Battlax SCR 120/90-10 (66J) motorcycle tire is designed for optimal performance and durability on a variety of scooter and small motorcycle applications. Crafted with high-quality materials, this tire provides excellent traction and stability, ensuring a confident ride in diverse conditions. The robust construction is engineered to withstand the rigors of daily commuting and leisure riding, offering a balance of grip and longevity for riders seeking dependable handling.
Featuring a specialized tread pattern, the Battlax SCR delivers enhanced grip on both wet and dry surfaces, promoting safety and control. Its sturdy sidewalls contribute to improved cornering and maneuverability, making it suitable for urban environments and winding roads alike. Bridgestone’s commitment to innovation is evident in this tire’s design, which combines performance with reliability for riders demanding consistent results.
Installation is straightforward with the tire's standard dimensions, and it is suitable for various scooter and small motorcycle models. Whether you're replacing an old tire or upgrading for better performance, the Bridgestone Battlax SCR ensures a smooth, responsive ride. Trust Bridgestone’s reputation for quality and engineering excellence with this durable, high-performance motorcycle tire.
Features:
- High-performance tread pattern for optimal grip in wet and dry conditions
- Durable construction designed for long-lasting wear
- Sturdy sidewalls for enhanced cornering and handling
- Engineered for scooters and small motorcycles requiring reliable performance
- Easy to install with standard dimensions for wide compatibility
