The Shinko Tire 777 Cruiser HD Front is specially engineered for cruiser motorcycles, offering a reliable and stylish solution for both V-Twin and metric cruiser models. This tire features a rubber compound formulated to maximize grip and comfort, enhancing your riding experience whether you're accelerating, braking, or cornering. Its vivid white sidewalls impart a classic look that complements the cruiser aesthetic, with whitewalls available for many common cruiser fitments, ensuring a seamless upgrade for your motorcycle.
Designed with a tread pattern that includes functional siping and grooves, this tire delivers superior traction in both wet and dry conditions. This ensures confidence-inspiring traction, allowing you to ride with stability and control under various weather scenarios. The tire’s bias ply construction provides durability and a smooth ride, making it suitable for everyday cruising and longer journeys alike. The Heavy Duty (HD) version features a reinforced carcass for added strength and longevity, perfect for riders seeking increased durability.
Built with aramid belting, the Shinko 777 Cruiser HD Front enhances puncture resistance and structural integrity, contributing to a longer lifespan and consistent performance. Whether you're replacing a worn-out tire or upgrading for style and performance, this tire offers a combination of classic aesthetics and modern functionality designed specifically for cruiser bikes. Ensure your motorcycle maintains its stylish appeal and reliable grip with the Shinko Tire 777 Cruiser HD Front.
Features:
- Rubber compound formulated to provide maximum grip and comfort
- Vivid white sidewalls for a classic cruiser look
- Whitewalls available for many common V-Twin and metric cruiser fitment
- Tread design includes siping and grooves for superior traction in wet and dry conditions
- Confidence-inspiring traction during acceleration, braking, and cornering
- Heavy Duty (HD) version with reinforced carcass for added durability
- Aramid belted for puncture resistance and structural integrity
