We specialize in hard to find items
(1)
Thunderer Mach3 R702 UHP Performance Radial Tire - 205/45R17 88W
Share Tweet
*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
Thunderer Mach3 R702 UHP Performance Radial Tire Features
-
Treadlife: N/A
-
Season: All Season
-
Performance: High Performance
-
Car Type: Passenger
-
Load Range XL, 4-Ply Rated, 4-PR
About Thunderer Mach3 R702 UHP Performance Radial Tire
Attention! Due to the size of the tires, Packages might be SEPARATED in the courier facility and not be DELIVERED on the SAME DAY, even though we do ship them together. All tracking information can be checked on courier's website Thunderer Mach III R702 The Thunderer Mach III R702 is a performance and high performance, all season tire manufactured for passenger vehicles and SUVs. The tire’s maintained optimal shape enhances its high speed performing ability. The unidirectional tread pattern improves the road gripping ability in all weather situations, while the circumferential grooves avoid hydroplaning. The rounder shoulders ensure a heightened cornering ability and power. The Mach III R702 is effortless to handle as the combination of the upgraded steering responsiveness and driving stability ensure a safer driving experience. Features All Season Tire – The unidirectional tread pattern increases the road gripping ability in dry, winter and wet weather. Hydroplaning – The circumferential and swooping grooves prevent hydroplaning by dispersing water from the tread. Cornering Ability – The rounder shoulder tread design improves the cornering and maneuvering ability and power. Steering Responsiveness – The larger tread block profile maintains road contact and upgrades the steering responsiveness. Stability – The wider center rib enhances the driving stability by keeping constant contact with the road surface. Performance – The tire does not deform under the driving pressure which allows it to perform to its highest capability.
