The Kenda Komet SPT-1 tire is a model designed for summer use. This is a highly original solution from Korean manufacturers, which puts a strong emphasis on speed characteristics. The concept of the idea is based on the perfect combination of elegance and sports style, clear tread pattern and element design, cord strength, and a specifically selected rubber compound.
In addition to all this, in the struggle for potential customers, the focus is on the loyalty of the pricing policy. In this regard, the location of production facilities, which are partially located in China, has a significant impact. The optimal balance of price and quality is a serious step towards conquering sales markets.
Taking into account the specifics of high-speed driving, the designers have provided the model with a large margin of strength, which is due to the use of a special technology of spiral winding of the cord. The technology involves the use of polymer structural materials such as high-strength nylon, which exceeds steel in resistance to rupture. This gives confidence in safety when driving at high speeds.
As for the tread design, despite its seeming simplicity, it has a number of important advantages:
- The presence of many transverse grooves of a precisely calculated configuration provides for the rapid removal of water accumulations from the contact zone with the road surface.
- The specifics of the placement of tread blocks affect the reduction of the level of acoustic noise, due to the mutual suppression of anti-phase sound vibrations.
- The design of the tread elements provides significant resistance to wear, which has a significant impact on increasing the service life of the product.
- To prevent damage to the wheel disk, the design of the tread edge has a special protection.
The elegance of the Kenda KR10 Komet SPT-1 model perfectly harmonizes with sports-style cars.
Main features of the Kenda KR10 Komet SPT-1 model
- Specific use (for equipping sports cars);
- Attractive combination of high quality and democratic price;
- Stability of dynamic characteristics when moving at high speed;
- Increased safety during operation (reliability of coupling with the road surface, accuracy of control, optimized braking distance);
- Effective noise reduction.
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