Motorcycle tyres Mitas SportForce+ EV

The Mitas SportForce+ EV motorcycle tire is designed for sports bikes of various categories. It represents a universal model in use, effective not only in everyday use on public roads, but also on racing tracks. It is characterized by uncompromising grip at high speeds, precise handling and stability in turns, and an extended lifespan even in the most unfavorable conditions of use.

One of the key features of the tire is the use of several compounds in its tread. This is achieved through the MCTT technology, which involves the use of a more elastic rubber compound on narrow strips along the edges of the tread, providing additional grip when the bike is at extreme lean angles. The rest of the tread is made of a compound that, in addition to greater stiffness, is distinguished by its ability to intensely dissipate heat from the internal components of the tire, preventing it from overheating during prolonged high-speed driving. Another important difference of the tire is the use of SCT technology. Its essence lies in optimizing the structure of the carcass, using modern polymer materials in it, and "seamless" winding of the cord to make the tire as resistant to deformation as possible when subjected to multidirectional acceleration forces. As a result, the stability of the traction properties is significantly increased, control over the bike's trajectory is facilitated when maneuvering, and rapid wear of the tread is prevented.

Main features of Mitas SportForce+ EV:
- optimized tread profile increases the contact patch, enhancing traction properties;
- curved grooves, directed against the direction of travel, provide stability of grip and reliability of handling on wet pavement;
- MCTT "two-compound" technology improves grip at extreme lean angles, increases course stability, and prevents overheating during straight-line driving;
- special carcass structure, use of modern polymer materials in it, and "seamless" cord winding technology increase course stability and handling precision.