Tire types

The transportation industry relies on commercial tires when powering tractor-trailers, semi-trucks, and heavy-duty vehicles to tackle long distances and face challenging conditions. Any driver knows that choosing the right truck tires makes a big difference in load capacity, fuel efficiency, and overall vehicle performance.

An off-road tire is the best solution for jagged rocks and non-paved surfaces. Yet, not all offroading tires are equal. While some deliver superior control in trail crawling, others are better for drivers who split their driving time between uneven and highway roads. This section is about the difference between off-road tires and off and on-road tires, what off-roading products serious off-paved adventurers choose, and how to pick the right tire size for your vehicle.

The climate in which you typically drive is one of the main factors that influence tire performance. Diverse climate conditions, such as dry or wet, hot or cold, impact tire longevity, braking distance, handling, and grip on various road surfaces. The rubber formula in different types of tires, such as summer, all-season, or winter tires, responds differently to temperature changes.

Tire wear on gravel and rough roads isn't a new issue. As far back as 1926, the Highway Research Board noted that driving on gravel could cut tire life by as much as 50% compared to smooth pavement. Sharp rocks, loose gravel, and constant cuts can wear down tires faster and increase the chances of punctures. In this guide, we'll show you what makes a tire durable on gravel and uneven surfaces, how to judge trade-offs, and which real models deliver strong longevity in gravel conditions.

Run-flat tires for passenger cars, SUVs, and light trucks are designed to keep your vehicle moving even after a puncture, typically for up to 50 miles at speeds up to 50 mph. Understanding how run-flat tires work begins with their structural design: Instead of going completely flat when air escapes, run-flat tires maintain enough structural integrity to support the vehicle’s weight temporarily. This technology gives drivers time to reach a repair shop safely, without pulling over on the roadside immediately to replace the flat tire.

Tire tread designs are vital for safety, performance, and efficiency. Whether on wet highways or snowy backroads, the interaction between a tire and the road surface affects grip, stopping distance, handling, and even fuel consumption. In this guide, we outline the primary tread patterns and discuss how they influence traction, noise levels, and fuel efficiency. We also offer practical advice on selecting the appropriate tire for your vehicle and driving environment.