Tire Kenda K397 ST 5.7-8 5.70-8 5.7X8 Load B 4 Ply Trailer

Tire Kenda K397 ST 5.7-8 5.70-8 5.7X8 Load B 4 Ply Trailer

K397
$134.89
Sale price  $134.89 Regular price  $153.99
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Tire Kenda K397 ST 5.7-8 5.70-8 5.7X8 Load B 4 Ply Trailer

Tire Kenda K397 ST 5.7-8 5.70-8 5.7X8 Load B 4 Ply Trailer

$134.89
Sale price  $134.89 Regular price  $153.99
ModelK397

SPECIFICATIONS

Aspect Ratio: Other

Brand Name: Kenda

Condition: New

DOT Code: N/A

EAN Code: 98663044165

Fuel efficiency rating: Others

High-concerned chemical: none

Max Air Pressure: 50

Origin: US(Origin)

Packagequantity: 1

Rolling noise class: Others

RunFlat technology: No(No)

Suitable Seasons: all seasons

Tire Width: 5.7

Tread Pattern: Symmetrical

Vehicle Type: Trucks and heavy equipment(Trucks and heavy equipment)

Wet Adhesion: Others

Wheel-Diameter: 8

Rim Not Included: Product images may show a wheel/rim for display purposes only. This purchase includes tire(s) only.

Kenda K397

The Kenda K397 is a highway terrain, all season tire manufactured for trailers. This model should not be mounted on light trucks. The aggressive tread design with the continuous rib pattern and the shoulder detail, along with the all season compound, increase the dry, wet, and winter weather traction.

The tread design's continuous rib pattern upgrades the surface contact, which boosts the steering responsiveness and the driving stability. This significantly enhances the driver's control over the vehicle at all times. The K397 improves the load durability as well, as the structure does not deform under the load and driving pressure.

Features

  • All Season Tire - The durable, all season compound and the aggressive, continuous center rib boost the dry, wet, and winter weather traction.
  • Handling - The maintained surface contact of the optimized tread design enhances the steering responsiveness and the driving stability at all times.
  • Durability - The bias ply structure enables the tire to keep the ideal tire shape under the load and driving pressure, greatly improving the load capacity.

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