Heidenau K66 Front Tire 90/90-14 Tubeless Blackwall

The Heidenau K66 tire is engineered to deliver a superior riding experience for scooter enthusiasts. Combining impressive comfort, balanced handling, and robust construction, this tire ensures optimal performance on various road surfaces.

Description

Experience outstanding handling and a comfortable ride with the Heidenau K66. Its wide contact area provides exceptional grip and maximizes mileage, making it ideal for both daily commutes and longer journeys. The tubeless design enhances safety and ease of maintenance. The blackwall design adds a sleek, classic look to your scooter. With an H speed rating, this tire is designed for speeds up to 210 km/h (130 mph), ensuring reliable performance at higher speeds. Reinforced construction and E-Mark certification provide peace of mind, knowing your tires meet stringent safety standards. Whether navigating city streets or cruising on the open road, the Heidenau K66 tire delivers the performance and reliability you need.

Features & highlights

• Enhanced Comfort & Balance: Enjoy a smoother, more controlled ride with optimized tire construction.
• Superior Handling: Experience responsive handling and confident cornering on various road surfaces.
• Optimized Grip & Mileage: Wide contact area maximizes grip and ensures long-lasting performance.
• Tubeless Design: Benefit from improved safety and simplified maintenance.
• Sleek Blackwall Style: Adds a classic, refined look to your scooter.
• High-Speed Performance: H-rated for speeds up to 210 km/h (130 mph).
• Reinforced Construction: Provides added durability and reliability.

Technical specifications

• Brand: Heidenau
• Model: K66
• Tire Size: 90/90-14
• Rim Diameter: 14 inches
• Aspect Ratio: 90
• Width: 90
• Construction: Bias (-)
• Type: Tubeless (TL)
• Sidewall: Blackwall
• Mounting Position: Front
• Load/Speed-Index: 52P
• Features: Reinforced, E-Marked

Important to know

Check your scooter's specifications to ensure proper tire fitment. Professional installation is recommended for optimal performance and safety.