Shinko Tire 777 Cruiser HD Rear 140/70B18 72H Bias TL for Cruiser Motorcycles

Specifically designed for cruiser motorcycles and is available in a multitude of sizes to fit many V-Twin and metric cruiser models.

Designed specifically for cruiser motorcycles, the Shinko Tire 777 Cruiser HD Rear offers reliable performance across a wide range of V-Twin and metric cruiser models. Its construction emphasizes durability and stability, making it an ideal choice for riders seeking enhanced handling and confidence on the road. The tire features a rubber compound formulated to maximize grip and comfort, ensuring a smooth and controlled ride in various riding conditions. The tread design incorporates functional siping and grooves, providing superior traction in both wet and dry environments. Whether accelerating, braking, or cornering, riders can experience confident traction that translates into safer and more enjoyable rides. The Heavy Duty (HD) version of this tire includes a reinforced carcass, delivering a more stable, planted feel that enhances rider control during aggressive maneuvers or extended highway cruising. Additionally, the Aramid belted construction offers substantial load capacity while contributing to overall stability and durability, making this tire a dependable component for long-term use. With its thoughtful design and premium materials, the Shinko Tire 777 Cruiser HD Rear helps unleash the handling potential of your cruiser motorcycle, improving ride quality and safety through every mile. This tire is available in multiple sizes to fit many cruiser models, ensuring a tailored fit for your bike's specifications and riding style.

Features:

• Rubber compound formulated to provide maximum grip and comfort

• Tread design includes functional siping and grooves for superior traction in wet and dry riding conditions

• Confidence inspiring traction you can feel when accelerating, braking and cornering

• Heavy Duty (HD) version with reinforced carcass for a more stable and planted feel

• Aramid belted construction providing ample load capacity and enhanced stability