Sometimes versatility is the way to go. And that's because, in the tire industry, the more you are capable of means the better you are. The Vanderbilt Velozza ZXV4 is a versatile tire, as it is for all season use, is affordable, and provides ultra high performance on passenger cars, SUVs, and CUVs. With all the amazing features combined, this model will get the job done no matter the cost, impressing your expectations.
Firstly, the symmetrical tread pattern is specially made for the best performance and responsiveness. Also, the durable rubber compound improves fuel efficiency and reduces the rolling distance. This is very important as many passenger vehicles rely on speed. More speed means more distance traveled. Now, more distance means more fuel, which the Vanderbilt Velozza ZXV4 exactly tries to reduce. Moreover, the grooves feature a unique pattern this time. They appear to concentrate and face the central part of the tire. This directs all the water accumulated at some point in one place, and then it evacuates it from the external part of the body.
Secondly, as the grooves offer safety, more of it comes from the tough internal part. Because of the resistant materials that it has, resistance to punctures is imminent. Equally important, the modern shoulders offer stability at the maximum speed of 186 mph, depending on the size. Along with them, a black sidewall protects the lateral part from scrubbing. And, the 3D sipes assure great grip all year round, trying to adapt to your type of driving. Finally, the available sizes on the US market come in many options, starting from 17'' and going up to 20'' rim diameters.
Features and benefits
- Great all season UHP passenger tire with excellent overall results.
- Interesting tread pattern improves the overall traction.
- Modern sipes provide the necessary grip when most needed.
- Innovative shoulders help with stability and better control.
- Unique design of grooves upgrades the water evacuation system.
- Thick internal layer consists of durable materials that increase durability.
