All-Season tread designs will provide good all-around traction for varying road conditions such as wet, snow and ice, but still provide good tread wear and tire noise characteristics.

Performance tread designs have been engineered to enhance a vehicle`s handling capabilities on wet and dry roads, but usually exhibit increased tire noise and lack long tread wear life. Performance tread designs generally have larger tread elements to provide a stiff tread area for handling performance. Touring tread designs were designed to bridge the gap between all-season and performance tires. Touring tread designs combine the technology for good tread wear characteristics from all-season tires and handling and grip associated with performance tires. Touring tires also exhibit very good tire noise and ride comfort.

The tread wear/traction trade-off has been a focus in tire performance-enhancement technology for decades. Tire companies have been trying to reduce the trade-off between tread wear and traction through the development of new rubber compounds, new tread designs and new tire construction techniques. Basically, a tire will wear out quickly if it`s providing maximum grip to the road. This is due to the tread rubber being torn from the tire (on a microscopic level), while it adheres to the road surface. An excellent tread wear tire minimizes the amount of rubber being removed at the road surface, thus providing long tread life, but less road-gripping traction.

A common trade-off for higher speed-rating is reduced ride comfort. An S speed-rated tire will give a more comfortable ride compared to an H speed-rated tire - and an H speed-rated tire will give a more comfortable ride compared to a Z speed-rated tire. The ride comfort characteristics can be attributed to the tire`s overall stiffness. A tire capable of running at high speeds requires a more stiff construction in order to provide the necessary high speed stability and durability.

As with the many different levels of tread design, tire performance and speed-ratings, there are many different levels of pricing within a category. For example, prices can vary from $50 per tire to $125 per tire depending on the brand name. When you multiply this price by four wheel positions, the price can become expensive and more difficult to justify.

High Performance tires typically have speed-ratings of H or higher, although tire companies have developed entry-level performance tires that exhibit S and T speed-ratings for the people who want only the "look" of performance.

In order to maximize handling from a tire, high performance tire tread widths are wider than a typical all-season and touring tire. This allows maximum contact area with the road surface. In this case, wider is definitely better! The tread pattern incorporates larger tread blocks for increased stiffness. The tread compound is usually softer than a typical all-season and touring tire in order to provide more dry traction capability. Faster tread wear (less tread life) is generally observed in high performance tires because of the better dry traction capability. Racing tires are an extreme example of high performance tires, exhibiting maximum dry traction and grip, with significantly reduced tread wear life.

The stiffer construction used in high performance tires not only aids high-speed performance, but enhances tire handling characteristics. A high performance tire has quick steering response and plenty of available cornering power, which makes for excellent vehicle handling characteristics. Nylon reinforcement creates a stiffer belt package, which means better steering response and higher cornering grip. Usually, the carcass plies are angled or "biased" to increase the tire`s overall stiffness.