Editor's Pick Vittoria Martello Trail 27.5x2.40 Graphene 2.0 Tubeless Ready Soft Nero/grigio Copertone Price Crushed By 55% [eCRYqrAh]

Vittoria Martello Trail Graphene 2.0 Tubeless Ready

The Vittoria Martello Trail Graphene 2.0 Tubeless Ready is a premium tire designed for the most demanding Enduro and Downhill terrains. Engineered with a motorcycle-inspired tread and square knobs, this tire ensures stability and longevity. Its versatile design adapts to all conditions, providing optimal performance on diverse surfaces. The Martello features a 4C tread pattern, offering four zones of Graphene 2.0 for unparalleled traction and wet-weather grip. Here are some of its standout features:

• Graphene 2.0 Technology for enhanced grip and performance.
• 4C tread pattern for excellent traction on technical trails.
• Tubeless Ready design for reduced weight and increased puncture resistance.

Technical Specifications and Features

The Martello is built with a carcass made from 100 TPI TNT for superior performance. Its bead shield technology provides maximum protection against punctures, while the stabilizing insert ensures a secure fit. The tread compound offers a perfect balance between grip and speed, making it ideal for both aggressive cornering and high-speed descents. Here are the key technical aspects:

• 100 TPI TNT carcass for high tensile strength.
• Bead Shield technology for enhanced puncture protection.
• Stabilizing insert for a secure tire fit.

Practical Uses and Benefits

The Vittoria Martello Trail Graphene 2.0 is the ultimate choice for riders who demand the best in performance and durability. Whether you're tackling challenging Enduro trails or making your way down steep DH tracks, this tire delivers the confidence and control you need. Its versatile tread pattern and Graphene 2.0 technology ensure reliable performance in all weather conditions. Here are some of the practical uses and benefits:

• Ideal for Enduro and Downhill riding.
• Adapts to various terrains and conditions.
• Ensures maximum control and stability at high speeds.