Radar Dimax eSport 3 235/50R18 101V XL Hot Picks

Description

Radar Dimax eSport 3 Tires

The Radar Dimax eSport 3 is a performance and high performance, summer tire made for passenger vehicles and SUVs. Radar offers a 40,000 mile treadwear warranty. This model was created for electric vehicles.

This tire is covered by Radar Road Hazard warranty. Tires are eligible for an equivalent replacement if the damage caused was within the first 2/32 of tread wear or the first year after the purchase of the tire, whichever comes first. To be eligible, the customer needs to follow the manufacturer’s requirements. For more information, please make sure to follow up on the manufacturer’s website.

Summer weather traction and fuel efficiency are guaranteed. This is ensured with the asymmetric tread design, silica compound, and lightweight construction, which boosts dry and wet traction. Circumferential grooves combat hydroplaning in wet conditions. They effectively lower rolling resistance by easing the pressure off the tire. In this manner, it effectively lowers the vehicle’s fuel consumption and CO2 emissions, promoting a fuel-conscious driving experience.

A lengthened tread life is also promoted. The asymmetric tread design and the stronger compound enable the tire to optimize its treadwear rate. Even pressure circulation is ensured with better surface contact, avoiding pressure accumulation along the tread area. On the other hand, the stronger compound decreases the treadwear rate with wear-resistant elements. As a result, the tire resists irregular and premature wear, boosting its service life.

The Radar Dimax eSport 3 also upgrades controllability. The asymmetric ribbed tread design maintains the tire’s surface contact at all times, enhancing steering responsiveness and driving stability. This guarantees faster and more precise steering responses, while the structure is secured against driving pressure. Additionally, rounder shoulder blocks improve cornering with the use of extra biting edges. Sipes and grooves, along with the silica-based compound, significantly shorten the braking distance, by generating friction.