Upgrading an icon is never easy. The BT46 replaces the BT45 as Bridgestone's premier bias ply vintage sport and touring tire. The BT46 improves wet grip without sacrificing wear life or handling characteristics.
The Bridgestone Battlax BT46R rear motorcycle tire is designed to deliver optimal performance and durability for a variety of cruiser and touring bikes. Engineered with precision, this tire features a specialized tread pattern that enhances grip and stability on both dry and wet road surfaces, providing riders with confidence during every ride. The tire's construction incorporates advanced rubber compounds for improved wear resistance and longevity, ensuring it maintains its performance over extended use.
The BT46R model offers a balanced combination of comfort, handling, and high-speed stability, making it an excellent choice for riders seeking reliable performance on long journeys and daily commutes. Its robust sidewall design contributes to better cornering and maneuverability, while the optimized casing structure provides excellent shock absorption, enhancing overall ride quality. Whether you're replacing an old tire or upgrading your bike's performance, the Bridgestone Battlax BT46R is engineered to meet demanding standards for motorcycle enthusiasts.
This tire measures approximately 130 millimeters wide and 16 inches in diameter, fitting a range of cruiser and touring motorcycles. As a part of Bridgestone's renowned lineup, the BT46R ensures consistent performance and safety, backed by the brand's commitment to quality. Easy to install and maintain, this tire is a dependable choice for riders who prioritize safety, comfort, and long-lasting performance in their motorcycle tires.
Features:
- Designed for cruiser and touring motorcycles for reliable performance
- Enhanced tread pattern for superior grip on dry and wet surfaces
- Advanced rubber compounds offer improved wear resistance
- Balanced handling and high-speed stability for confident riding
- Robust sidewall and casing structure for better cornering and shock absorption
