Hankook Winter iCept evo2 SUV (W320A)
275/40R22

🚚 Free delivery

SKU: 1024327

hankook_winter icept evo2 suv (w320a)_rightwhole.jpg

hankook_winter icept evo2 w320a_tread.jpg

hankook_winter icept evo2 w320a_sideon.jpg

hankook_winter icept evo2 w320a_righthalf.jpg

hankook_winter icept evo2 w320a_lefthalf.jpg

🚚 Free delivery

Hankook Winter iCept evo2 SUV (W320A)
275/40R22

SKU: 1024327

$311.11

{price}% OFF Sold out

Select a Tire Size

Quantity

Ultra winter performance tyre for 4x4's and SUV's
Optimised pattern design helps effectively bite in to the snow and improve the traction performance of the tires.

High grip silica compound - Improved snow / wet traction and lowered rolling resistance.
Jointless full cover reinforced belt - Ideal tread strength.
Wide steel belt layer - Ensures optimal tread stiffness and improves handling performance.
Equilibrium polyester carcass line - Enhanced sidewall stiffness and durability.
Adoption of high-hardness bead filler - Improves handling and steering response.
Ultra high strength bead wire - Improves uniformity and durability of the bead position.

Specs

Brand

Hankook

Overall Diameter

Tire Weight

Tread Design

Part Number

1024327

Tread Depth

10.5

Max Speed

Tire Load

107

Mileage Warranty

30,000 Mile

Brand

Hankook

Overall Diameter

Tire Weight

Tread Design

Part Number

1024327

Tread Depth

10.5

Max Speed

Tire Load

107

Mileage Warranty

30,000 Mile

Ultra winter performance tyre for 4x4's and SUV's
Optimised pattern design helps effectively bite in to the snow and improve the traction performance of the tires.

High grip silica compound - Improved snow / wet traction and lowered rolling resistance.
Jointless full cover reinforced belt - Ideal tread strength.
Wide steel belt layer - Ensures optimal tread stiffness and improves handling performance.
Equilibrium polyester carcass line - Enhanced sidewall stiffness and durability.
Adoption of high-hardness bead filler - Improves handling and steering response.
Ultra high strength bead wire - Improves uniformity and durability of the bead position.