Veetire Attack HPL 29"x2.50" Enduro Core Tubeless Ready E-Bike Tyre

With a heritage dating back to 1977, the Vee Rubber Group has supplied tyres worldwide for over four decades. Founded in 2013, Vee Tire Co specializes in high-performance cycling tyres, leveraging extensive manufacturing expertise and input from elite athletes. Their products have achieved victories and excelled across various cycling disciplines. In addition to producing their own line, Vee Tire Co also manufactures tyres for numerous other brands.

KEY FEATURES

Attack HPL (Hard, Pack and Loose terrain) has been tested on and off the World Cup circuit by Vee Tire freeride team. The HPL represents the cutting-edge of fast high-speed ability, unparalleled precision and dampening qualities that pros and weekend warriors all appreciate. Traction defying Top 40 compound and our tried and trusted puncture protection ensures the new HPL is the tyre to rely on in all conditions.

Enduro Core : This tyre features a single-ply construction enhanced with Apex sidewall reinforcement, offering an ideal balance of traction and weight for enduro and all-mountain riding. The Enduro Core is integrated within the tyre’s structure, extending halfway up the sidewall, engineered to provide confident cornering on descents while maintaining efficient climbing performance.

Top40 compound :This tyre features a dual rubber compound engineered to balance grip with controlled dampening, reducing rider fatigue on challenging terrain. A harder rubber forms the core of the tread for durability, while a slightly softer top layer enhances traction by gripping the trail and resisting sidewall folding during aggressive cornering. The Top40 compound offers versatile performance, delivering reliable longevity and consistent wear without sacrificing grip.

e-Bike Ready 50 :The E-Bike Ready 50 range is engineered for bicycles with powerful motors that can exceed speeds of 50 km/h. These tyres are specifically designed to handle increased power, torque, and velocity, ensuring optimal performance and safety at high speeds.