View my
tire cart
Menu
Call Us
Find Us
603-772-1817
1 Alumni Drive | Exeter, NH 03833
Mon-Fri:
7:30 AM - 5:30 PM
Sat:
7:30 AM - 5:00 PM
Sun:
Closed
Home
Shop For Tires
Car, Truck & SUV Tires
Commercial Tires
Truck Tire Service
Our Services
Commercial Credit Application
Credit Card Authorization Form
Car Repairs
Schedule A Repair
Our Services
Car Care Tips
Wheels
Coupons
Location
About Us
News
Jobs
Contact Us
Rate Our Service
Reviews
Tire Brands
MICHELIN® Tires
BFGoodrich® Tires
Uniroyal® Tires
Bridgestone Tires
Carlisle Tires
Firestone Tires
Continental Tires
Falken Tires
General Tires
Goodyear Tires
Kumho Tires
Mastercraft Tires
Nokian Tyres
Pirelli Tires
Yokohama Tires
Hercules Tires
Cooper Tires
Dunlop Tires
Toyo Tires
Fuzion Tires
Hankook Tires
Nexen Tires
Sumitomo Tires
Filter By
Tire Catalog
Back to Search Results
Hankook
Ventus S1 noble2 (H452)
Tire Size:
255/50R20
Serv. Desc:
H
UTQG:
N/A
Sidewall:
N/A
Max Load:
N/A
SKU:
1024329
Warranty (mi):
N/A
Speed Rating:
H
Type:
All Season
0.0 out of 5
0 Reviews
N/A
N/A
N/A
N/A
N/A
N/A
Load Range:
N/A
20"
N/A
N/A
Features
Positive aqua hydro block / An advanced aqua hydro block design was developed through 3D hydroplaning simulation to provide highly efficient wet braking.
Cornering & noise reduction rib / A straight rib block applied to the outside of the tire helps to prevent road noise and increase cornering grip.
Application of 3D Kerf / Handling performance is improved through the use of 3D kerf which maintain a stable shape during acceleration, braking and cornering.
Optimal pitch arrangement / It applies the optimal five rows of pitch variation for excellent noise performance.
Application of tie-bar technologies / Ensures optimal Block Stiffness.
New compound / New silica tread compound for improved wet grip and lower rolling resistance.
Wide 2 steel belt / Ensures optimal tread stiffness for improved handling performance.
Equilibrium carcass line design / Minimizes tire deformation and allows greater sidewall stiffness.
Adoption of high-hardness bead filler / Improved handling and steering response.
Strong single strand bead wire / Improved bead uniformity and Performance.
Positive aqua hydro block / An advanced aqua hydro block design was developed through 3D hydroplaning simulation to provide highly efficient wet braking.
Cornering & noise reduction rib / A straight rib block applied to the outside of the tire helps to prevent road noise and increase cornering grip.
Application of 3D Kerf / Handling performance is improved through the use of 3D kerf which maintain a stable shape during acceleration, braking and cornering.
Optimal pitch arrangement / It applies the optimal five rows of pitch variation for excellent noise performance.
Application of tie-bar technologies / Ensures optimal Block Stiffness.
New compound / New silica tread compound for improved wet grip and lower rolling resistance.
Wide 2 steel belt / Ensures optimal tread stiffness for improved handling performance.
Equilibrium carcass line design / Minimizes tire deformation and allows greater sidewall stiffness.
Adoption of high-hardness bead filler / Improved handling and steering response.
Strong single strand bead wire / Improved bead uniformity and Performance.
Submit Review
Contact Us
Send »
Quick Links
Home
Shop For Tires
Truck Tire Service
Car Repairs
Wheels
Coupons
Location
About Us
Tire Brands
Tire Brands
MICHELIN® Tires
BFGoodrich® Tires
Uniroyal® Tires
Bridgestone Tires
Carlisle Tires
Firestone Tires
Continental Tires
Falken Tires
General Tires
Goodyear Tires
Kumho Tires
Mastercraft Tires
Nokian Tyres
Pirelli Tires
Yokohama Tires
Hercules Tires
Cooper Tires
Dunlop Tires
Toyo Tires
Fuzion Tires
Hankook Tires
Nexen Tires
Sumitomo Tires
Stay Connected
Graham Tire & Auto, Inc.
1 Alumni Drive,
Exeter, NH 03833
Phone:
603-772-1817
Fax: 603-772-1683
03833
42.98393,-70.9361
Connect With Us
.
Powered by Net Driven
Login
Graham Tire & Auto, Inc.
1 Alumni Drive,
Exeter, NH 03833
Phone:
603-772-1817
Fax: 603-772-1683
03833
42.98393,-70.9361
Uh oh!
Page not found!
Sorry the page you are looking for may have been moved or deleted.
Please click anywhere to
continue browsing our site.