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Hankook Kinergy GT H436 205/55R17 Tires

Hankook Kinergy GT H436205/55R17 Tire
Hankook tires

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Consumer Tire Performance Survey
star ratingstar ratingstar ratingstar ratingstar
based on 100 customer reviews


review overall8.2 review hydroplaning resistance8.1
review buy again85% review cornering stability8.5
review dry traction8.6 review steering responsiveness8.5
review wet traction8.4 review ride comfort8.4
review light snow traction7.9 review noise level8.2
review deep snow traction7.4 review treadwear8.3
review ice traction7.2 review miles reported530,756
     8-10 = excellent        6-7 = good        4-5 = fair        1-3 = poor

Mavis Discount Tire offers Hankook Kinergy GT H436 tires in the size 205/55R17. When replacing all 4 tires, the most popular vehicle was the Volkswagen Jetta, followed by the Nissan Kicks, Volkswagen Golf Alltrack, Mini Cooper Countryman and Mercedes-benz A220. 5 different vehicle models in total were fitted with this tire. The average mileage when putting on the new tires was 64,268, and Fall was the most common time of year to purchase. This tire is original equipment for: 2023 Volkswagen Jetta, 2024 Volkswagen Jetta, 2025 Volkswagen Jetta.
Size Sidewall Speed
Rating
Service
Desc
Load
Range
UTQG
Tread
UTQG
Traction
UTQG
Temp
205/55HR17 Blackwall H 91H SL 500 A
Hankook Kinergy GT H436 - All Season Grand Touring tire
  • Wide circumferential 4 channel grooves
  • High grip silica compound
  • Jointless full cover reinforced belt
  • Wide steel belt layer
  • Equilibrium carcass line
  • High-stiffness bead filler
  • Strong jointless bead wire
  • Wider grooves provide maximum water evacuation which promotes wet traction.
  • Higher performance in winter conditions by promoting better grip and traction.
  • Optimized strength to improve tread stability even at high speeds.
  • Improved tread stiffness for better handling / braking performance.
  • Increased sidewall durability and stability.
  • Higher sidewall rigidity for improved steering response.
  • Enhanced uniformity of the bead position.