Terreno Pro T60 Gravel Tyre

VittoriaTerreno Pro T60 Natural Rubber Gravel Tyre

The VittoriaTerreno Pro T60 Natural Rubber Gravel Tyre is crafted from 92% renewable and recycled materials. It delivers outstanding speed, grip, puncture resistance and riding comfort, enabling riders to tackle the toughest gravel races while benefiting from award-winning environmental sustainability.

T60 For Extreme Mixed Terrain

With a T-score of 60, the Terreno T60 is designed for riders who confront aggressive mixed terrain. It provides a tyre capable of keeping up with challenging, unpredictable surfaces without compromise.

VittoriaTerreno Pro T60 Confidence on Complex Surfaces

The T60 features a proven V-formation tread pattern and uniform profile for confident cornering and consistent handling across surfaces ranging from compact dirt to chunky gravel and loose-over-hard trails. Strategic surface siping and balanced tread spacing ensure reliable grip in rapidly changing conditions, giving riders control when it matters most.

VittoriaTerreno Pro T60 Gravel Race Construction

Constructed using Vittoria’s Gravel Race construction, made from 92% renewable and recycled content, the T60 PRO delivers top performance in speed, grip, puncture resistance and riding comfort. It is ideal for adventurous gravel riders and racers seeking confidence and capability across every mile, particularly in unpredictable dry-to-loose conditions.

VittoriaTerreno Pro Award-Winning Materials

Natural Rubber – Responsibly sourced and Fair Rubber® certified, offering superior impact, cut and tear resistance.
Soybean Oil – Reduces rubber cracking, extends durability and lessens reliance on fossil-derived oils.
Rice Husk Ash Silica – Enhances grip and rolling performance while repurposing agricultural waste.
Organic Cotton Casing – Provides a supple ride feel and reduces agricultural pollution.
Seawastex® Recycled Nylon – Reinforces the casing for durability while giving discarded fishing nets a second life.
Natural Latex Coating – Adds puncture protection and flexibility without chemical additives.