Store Photo

SHOP for TIRES

By Vehicle
Year
Make
Model
Trim
 Zip Code: GO
By Tire Size
Width
Ratio
Diameter
 Front & Rear are Different Sizes
Zip Code: GO

Bridgestone Dueler H/P Sport 255/45R20 Tires

Bridgestone Dueler H/P Sport255/45R20 Tire
Bridgestone tires
sell out

Call for Availability
Consumer Tire Performance Survey
star ratingstar ratingstar ratingstar ratingstar
based on 38 customer reviews


review overall8.0 review hydroplaning resistance8.0
review buy again79% review cornering stability8.5
review dry traction8.6 review steering responsiveness8.4
review wet traction8.2 review ride comfort7.8
review light snow traction8.0 review noise level7.8
review deep snow traction8.0 review treadwear6.9
review ice traction9.0 review miles reported175,625
     8-10 = excellent        6-7 = good        4-5 = fair        1-3 = poor

Mavis Tires & Brakes offers Bridgestone Dueler H/P Sport tires in the size 255/45R20. When replacing all 4 tires, the most popular vehicle was the Volvo Xc60, followed by the Kia Sorento, Aston Martin Vantage. 3 different vehicle models in total were fitted with this tire. The average mileage when putting on the new tires was 58,831, and Summer was the most common time of year to purchase. This tire is original equipment for: 2023 Audi SQ5, 2023 Audi SQ5 Sportback, 2024 Audi SQ5, 2024 Audi SQ5 Sportback.
Size Sidewall Speed
Rating
Service
Desc
Load
Range
UTQG
Tread
UTQG
Traction
UTQG
Temp
255/45ZR20 Blackwall W 101W SL 300 A A
Bridgestone Dueler H/P Sport - Summer Ultra High Performance tire
  • CO-CS (Computer Optimized Component System)
  • O-Bead
  • LL Carbon (Long Link)
  • Silica
  • Maximizes tire performance by optimizing the appropriate combination of tread design, casing shape, materials, and construction.
  • Improves uniformity and ride comfort through use of a single continuous strand of cable in the bead construction.
  • Helps improve tread wear and resist cracking, chipping and tearing through the use of a special long length carbon structure.
  • Improves traction in wet conditions by increasing flexibility of tread compound.