The GoldenTyre GT280 Tsunami Wave summer tire is used on various motorcycles that operate both on regular roads and in off-road conditions. When creating this model, specialists tried to take into account all the nuances of operation. To achieve excellent driving qualities, advanced technologies known to this manufacturer were used. The tire meets all global quality and environmental standards.
Massive Tread
To achieve increased passability and excellent grip on any road surface, a massive tread design was used. It consists of large blocks with sharp ground hooks that provide increased grip on any soil. The large distances between the blocks prevent stones from getting stuck and provide excellent self-cleaning. Even when driving on soft ground, the GoldenTyre GT280 Tsunami Wave tire provides excellent stability and confident handling. The blocks have special notches that increase grip on wet surfaces. The shoulder area deserves special attention. It is made of a thicker rubber layer and has an extended profile. Due to this, the stability at any motorcycle tilt has increased.
Improved Carcass
To provide reliable protection against damage and increased loads, an improved reinforced carcass was used. It is made using a new technology with the application of modern materials with increased strength. Due to this, the tire can withstand maximum loads and has a minimal percentage of damage. The new carcass also has a reduced mass, which has a positive effect on the tire's speed characteristics.
If you plan to operate your motorcycle in off-road conditions, this model is an optimal choice in terms of excellent quality and affordable cost.
Key Features of GoldenTyre GT280 Tsunami Wave
- a massive tread pattern provides confident handling on any road surface;
- the new carcass design reliably protects the tire from various overloads and damage;
- the reinforced shoulder area provides confident handling during sharp maneuvers;
- special small notches increase grip on wet road surfaces;
- sharp ground hooks prevent wheel slipping on soft ground, increasing passability and reducing fuel consumption during movement.
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