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GVWR (Gross Vehicle Weight Rating) is the absolute maximum weight a vehicle is engineered to carry safely. This rating is a fixed limit set by the manufacturer that includes the vehicle’s curb weight (empty vehicle + fluids), plus every pound added afterward and, critically, the tongue weight of any attached trailer. In this guide, you’ll learn what GVWR specifically includes, how manufacturers set it, where to find it on your vehicle, how it differs from payload, curb weight, GAWR, and GCWR, and why you should avoid exceeding it for your safety.

This guide explains how trailer tires differ from passenger and light truck tires, which types are best for different trailers, and how to choose the correct size, ply rating, and load capacity. This article will give you the full context needed to make a safe and informed decision if you are considering common sizes such as 205/75R15, 225/75R15, or 235/80R16, or researching travel trailer tires and heavy-duty 14-ply-rated options.

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.

In this video, we break down tire speed ratings in a simple and easy-to-understand way. You’ll learn what each rating means, how it affects your car’s performance, handling, and safety, and why choosing the right tire is crucial for your vehicle. Whether you’re a daily driver or a performance enthusiast, this visual guide makes it easy to understand the differences between speed-rated tires.

Choosing between all-season and all-terrain tires can be confusing, especially if you drive on mixed roads. In this video, we break down the differences in traction, durability, comfort, noise, and off-road ability so you can understand which tire type actually fits your driving habits. A quick, clear visual guide to help you pick smarter and avoid common mismatches.

Understanding UTQG ratings can make tire shopping much easier. In this video, we break down treadwear, traction, and temperature grades in a simple, visual way. You’ll learn what each number and letter actually means, how brands score tires, and how to use UTQG to choose safer, longer-lasting, smarter tires for your driving needs.

Electric vehicles put unique demands on tires, from higher weight to instant torque and lower rolling resistance needs. In this video, we break down the real differences between EV tires and regular tires, how they’re built, and whether you truly need a dedicated EV tire for your car. Clear visuals, simple explanations, and practical buying advice - all in one quick guide.

In this video, we take a close look at the Hankook iON HT IHT01 tire. Drawing from official specifications, initial first-impression reviews, and anticipated real-world performance, we explore what drivers can expect in terms of handling, comfort, and efficiency. This video offers an insightful overview to help you understand what this tire brings to the road, whether you’re comparing options or considering an upgrade.

Studded tires can reduce stopping distances on ice by up to 15%. However, studded tires are not legal everywhere in the U.S., and they may not always be the best choice. This guide explains how studded tires work, the laws in each state, compares studded tires with regular winter tires, and answers whether studded tires are worth it for your winter driving 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.