The Quatrac 5 is an all-season tire manufactured by Vredestein. It is designed for drivers of various vehicles who want reliable performance in both dry and wet road conditions, as well as decent traction on light snow. This tire meets the industry's requirements for severe snow service and aims to be a suitable option for drivers in areas with all four seasons but without heavy snowfall that would necessitate a dedicated winter tire. The Quatrac 5 tire features a tread compound with a high silica content, molded into an asymmetric pattern that caters to different road conditions. The outer shoulder and circumferential groove focus on providing traction, precise handling, and steering control on dry and wet surfaces. These areas have few spaces between the tread blocks, making them firm and stable. On the other hand, the inner rib and inside shoulder are optimized for excellent performance on wet and wintry roads. They feature wide grooves and notches to efficiently remove water and slush from the tire's contact patch. Additionally, the tire has zigzag sipes, or small cuts, specifically designed for winter conditions. These sipes help enhance traction and grip, allowing the tire to achieve the three-peak mountain snowflake (3PMSF) symbol, indicating its suitability for light snow. Internally, the Quatrac 5 tire consists of a single-ply polyester casing that supports two steel belts. This construction provides durability and stability at high speeds. Furthermore, a polyamide reinforcement is included to improve handling performance. It's important to note that although non-winter tires with the three-peak mountain snowflake symbol may offer better traction on snow compared to regular all-season tires, they are not as capable as true winter tires in extremely harsh weather conditions. Related Information: The three-peak mountain snowflake symbol (3PMSF) is a symbol used to indicate that a tire meets specific snow performance requirements. It demonstrates that the tire has been tested and proven to perform adequately in winter conditions.

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