Heidenau K66 Front Tire - 80/90-17 50S - TL - Reinforced

The Heidenau K66 tire delivers a blend of comfort, handling, and durability for discerning riders. Experience improved stability and control on various road surfaces with this high-quality tire, ensuring a safer and more enjoyable ride.

Description

The Heidenau K66 tire is engineered to provide impressive comfort and balance, enhancing your overall riding experience. Its construction promotes outstanding handling characteristics, allowing for confident maneuvering in diverse conditions. The wide contact area optimizes grip and mileage, ensuring long-lasting performance and exceptional traction. Designed as a tubeless (TL) tire with a classic blackwall appearance, the K66 combines vintage aesthetics with modern performance. The 80/90-17 size makes it a suitable choice for a variety of motorcycles, providing the perfect balance of agility and stability. With its H-speed rating, this tire is approved for speeds up to 210 km/h (130 mph), offering reliable performance for both everyday commuting and spirited rides. Choose the Heidenau K66 for superior grip, extended mileage, and a comfortable ride.

Features & highlights

• Experience impressive comfort and enhanced balance for a smoother ride.
• Enjoy outstanding handling and control in various riding conditions.
• Benefit from a wide contact area that maximizes grip and extends mileage.
• The tubeless (TL) design provides added safety and convenience.
• Classic blackwall design complements the look of any motorcycle.
• H-rated for speeds up to 210 km/h (130 mph), ensuring high-speed stability.

Technical specifications

• Brand: Heidenau
• Tire Size: 80/90-17
• Aspect Ratio: 90
• Rim Diameter: 17 inches
• Tread Pattern/Model: K66
• Sidewall: Blackwall
• Type: Tubeless (TL)
• Construction: - (Bias)
• Position: Front
• Mounting Position: Front
• Load/Speed-Index: 50S
• Features: E-Marked, Reinforced

Important to know

Ensure proper tire mounting and inflation according to your motorcycle manufacturer's specifications for optimal performance and safety.