Shinko E705 Rear Tire - 120/90-17 64H - TL

The Shinko E705 is engineered to deliver exceptional performance on paved roads while providing reliable grip and traction for off-road adventures. This tire is an excellent choice for riders who demand versatility and durability from their tires, whether commuting, touring, or exploring gravel roads.

Description

Designed primarily for on-road use, the Shinko E705 boasts a tread pattern that ensures confident handling and stability on asphalt. The unique off-road tread design allows for adequate performance on unpaved surfaces, providing the grip needed for light off-road excursions. This dual-sport tire is a perfect blend of on-road comfort and off-road capability, making it ideal for riders who enjoy diverse riding conditions. Its robust construction ensures long-lasting wear and resistance to punctures, offering peace of mind whether you're navigating city streets or tackling backcountry trails. Easy to install and compatible with a wide range of dual-sport motorcycles, the Shinko E705 enhances your riding experience with its dependable performance and exceptional value.

Features & highlights

• Offers excellent on-road performance with confident handling and stability.
• Incorporates an off-road tread pattern for reliable grip and traction on unpaved surfaces.
• Designed primarily for on-road use, making it ideal for commuting and touring.
• Provides a versatile blend of on-road comfort and off-road capability for diverse riding conditions.
• Ensures long-lasting wear and resistance to punctures, offering peace of mind on any terrain.

Technical specifications

• Brand: Shinko
• Tread Pattern/Model: E705
• Tire Size: 120/90-17
• Rim Diameter: 17"
• Width: 120
• Aspect Ratio: 90
• Mounting Position: Rear
• Load/Speed-Index: 64H
• Type: Tubeless
• Construction: Bias
• Market Segment: Dual Sport

Important to know

Always consult your motorcycle's manufacturer specifications for proper tire fitment and load ratings. Professional installation is recommended for optimal performance and safety.