Bike tyre Vittoria Terreno T30 G2.0 TLR Gravel Endurance black (11A.00.808)

Vittoria Terreno T30 G2.0 TLR Gravel Endurance bicycle tyre black has been designed for gravel biking enthusiasts, offering excellent riding properties on various surfaces. Made from durable materials, it ensures longevity and reliability during long trips. The optimal width of 40 mm and a 28" wheel size make this tyre perfect for challenging off-road conditions, providing stability and comfort while riding.

G2.0 Technology

The Vittoria Terreno T30 G2.0 TLR Gravel Endurance bicycle tyre black utilises advanced G2.0 technology, which improves grip and control over the bike. Thanks to modern solutions, this gravel tyre provides excellent traction properties on various types of surfaces. G2.0 technology also enhances performance and durability, which is crucial during prolonged riding in demanding conditions.

TLR System

The Vittoria Terreno T30 G2.0 TLR Gravel Endurance bicycle tyre black is equipped with a TLR system, which allows for tubeless use. This solution minimises the risk of punctures and enables riding at lower pressure, increasing comfort and grip. Thanks to TLR, the tyre is also easier to install and remove, which is a significant advantage for cyclists who care about ease of use.

Intended Use and Construction

The Vittoria Terreno T30 G2.0 TLR Gravel Endurance bicycle tyre black has been created with gravel challenges in mind, offering an optimal combination of grip and durability. Its construction allows for effectively tackling various routes, from asphalt paths to tougher, rocky bumps. The solid build guarantees long-lasting use, making this tyre an ideal choice for off-road riding enthusiasts.

Vittoria Terreno T30 G2.0 TLR Gravel Endurance bicycle tyre - features:

• G2.0 technology increasing grip and control over the bike;
• TLR system enabling tubeless use;
• 40 mm width providing stability on challenging surfaces;
• 28" wheel size suitable for various types of gravel bikes;
• Solid construction ensuring durability and reliability;
• Optimal design for prolonged riding in demanding conditions.