Vittoria Alway Technology Graphene Hard Tire
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Two graphene-enhanced compounds increase rolling/pedaling efficiency and vibration damping, offering predictable and reliable grip on the tread sidewalls. The nylon casing is the softest of our city and hybrid tires, reducing rolling resistance while maintaining long-lasting, abrasion-resistant reliability. It is further reinforced by a 3 mm thick rubber layer placed centrally between the tread and casing.
Graphene Compound
Nylon Casing
E-Bike Ready
The puncture-resistant tire for road touring + e-bike
E-bikes represent the evolution of touring and commuting, and the Alway is an advanced tire designed to keep up with them. From the tread grooves, which move efficiently in all conditions, to the premium graphene-infused compounds, to maximum puncture protection, the Alway can handle any road debris or surface while expanding your electric bike riding horizons.
The Alway is specifically designed to withstand the increased wear that electric bikes cause (higher loads and faster speeds). If your journey starts in the soft light of dawn or you find yourself returning late, the reflective sidewalls catch light with every rotation, helping you stay visible in low-light conditions.
1.3mm Rubber Protection
The rolling surface is reinforced with a 1.3 mm rubber belt for enhanced puncture protection. Greater protection against road debris means fewer flats and less time juggling tire levers and CO2 cartridges on the roadside.
60 TPI Casing
A 60 TPI nylon structure that resists abrasion and punctures while maintaining a smooth connection to the road and dampening vibrations. Reliable, durable, and pleasant to ride, designed for daily commuting and touring.
R-75 Compliant for E-Bikes
Designed to safely handle the higher load capacity and faster speeds of electric bikes. Vittoria’s R-75 compliant construction also extends battery life, essential for long trips or longer days on point-to-point cycling tours.
2C Compound
A pair of graphene-infused compounds, strategically placed across the tire, to reduce pedaling resistance, increase puncture resistance, dampen vibrations, and enhance grip, ensuring stability at key points.