The Toyo Proxes Comfort MC1 SUV summer tire is designed for compact and mid-size crossovers. Like other models in this line, this tire is intended for everyday use, primarily on paved roads, and is characterized by its "lightweight" handling, stability of traction properties on dry and wet surfaces, as well as fuel efficiency and increased mileage.
The asymmetric tread pattern is divided into two parts - outer and inner. The key difference between them is the number of drainage elements. On the inner side of the tread, there are many more of them. The grooves have a curved shape and an aggressive angle of inclination. On the one hand, this increases the intensity of water drainage from under the tire, and on the other hand, it minimizes rolling resistance, wear, noise, and vibration. It is worth noting the arrangement of drainage elements with a certain pitch, which further enhances all these properties. Another feature of the outer part of the pattern is the presence of more massive blocks and longitudinal ribs. This significantly increases the tire's stability at high speeds, providing high precision handling in such conditions and preventing rapid tread wear. The next feature of the tire is the structure of the carcass. The breaker located directly under the tread has an additional cord under the shoulder areas, wound using the "seamless" technology. This increases the directional stability at high speeds, along with the reinforced sidewalls, which also provide more control in such conditions.
Key features of the Toyo Proxes Comfort MC1 SUV:
- balanced driving properties due to the asymmetric tread pattern with division into inner and outer parts;
- the curved shape and aggressive angle of the drainage grooves increase resistance to aquaplaning, reduce wear and rolling resistance;
- the reinforced breaker under the shoulder areas of the tread increases directional stability and handling accuracy at high speeds, prevents uneven wear;
- the optimized structure and profile of the sidewalls provide more control over the vehicle's trajectory.
