Hankook AH37 is an all position tire developed especially for commercial trucks used in regional hauling. This tire incorporates a durable SmartWay Verified tread compound molded into a closed shoulder tread pattern with up to 20/32" tread depth. It has a rounded tread profile developed to resist lateral forces in regional applications.
Above all, thousands of sipes at lateral circumferential grooves offer superb road adherence by delivering extra biting edges. In addition, two zigzag traction groove placed in the center of the tread pattern offers powerful traction and great braking performance on wet roads. These grooves help expand the point of intersection through four zigzag grooves with a 3D Siping design. Closed shoulders with optimized design deliver excellent resistance to abnormal rib wear. Moreover, this model stands out with 3D Sipe technology, TBR technology, and Innivotive Mixing System. All of these work to improve mileage, durability, and fuel efficiency. As a result, it provides high carrying capacity, good mileage, and optimized fuel usage.
Finally, Hankook AH37 is one of the best all position tire options for people who are looking for extreme mileage, high fuel efficiency, and powerful traction. This model is produced in a wide range of sizes with 22.5 and 24.5-inch rim diameters. Available in 14, 16 or 18-ply ratings depending on your requests. Hankook recommends fitting this tire on steer axles. Many customers say that it is also good for drive axle services.
Features and benefits
- A SmartWay all position tire.
- Up to 20/32" deep pattern with closed shoulders provides high resistance to lateral forces.
- Four deep circumferential grooves with cross rib sipes deliver an amazing road grip.
- Multi rib pattern minimizes road noise for optimal acoustic comfort.
- Advanced casing structure guarantees up to 75 mph speed performance.
- Better weight distribution thanks to wide and computer optimized tread pattern.
- Special stone ejector platforms in the middle of the transversal grooves reduce the risk of stone retention.
