EFX Performance MotoVator Tires 34x9.5-15

Name: EFX Performance MotoVator Tires
Brand: EFX Tires
SKU: EFX-MV-34-95-15
Price: 327.00 USD
Availability: InStock
Rating: 0 (0 reviews)

Write the First Review

Part Number: EFX-MV-34-95-15

$327.00

EFX Performance MotoVator Tires

Tire, Motovator, 34 x 9.50-15, Radial, Blackwall, Front or Rear, Each
See More Specifications | Check the Fit

EFX Performance MotoVator Tires 34x9.5-15

EFX-MV-34-95-15

Not Yet Reviewed

Part Number: EFX-MV-34-95-15

Estimated Ship Date: Tomorrow

$327.00

Back to Results

Overview

Applications

Q&A

Instructions & Calculators

Estimated Ship Date: Tomorrow Would you rather pick it up?

Overview

Brand:

EFX Tires

Manufacturer's Part Number:

MV-34-95-15

Part Type:

Tires

Product Line:

EFX Performance MotoVator Tires

Summit Racing Part Number:

EFX-MV-34-95-15

UPC:

806454490981

Wheel Diameter:

15 in.

Tire Size:

34.00 x 9.50-15

Tire Construction:

Radial

Sidewall Style:

Blackwall

Stiff Sidewall:

Tire Diameter:

34.00 in.

Section Width:

9.50 in.

Directional:

Severe Snow Rated (3PMSF):

Asymmetrical Tread Pattern:

DOT-Approved:

Yes

Run-Flat Technology:

Studdable Winter Tire:

Tube Required:

Tread Ply Quantity:

Quantity:

Sold individually.

Notes:

This tire is designed for use as a front or rear tire.

EFX Performance MotoVator Tires

EFX Performance MotoVator tires are an exceptional choice for enthusiasts who want a balance between terrain grip and high-speed handling. These are true radials, steel belted and puncture-resistant—capable of high-speeds on any hard pack terrain. Tires are evolving, and the EFX MotoVator is the one of the finest ATV/UTV performers you can get for your money. Order the size needed for your off-road machine.

Features and benefits include:

* 8-ply steel belted radial
* Aggressive tread design
* Inner and outer bead is steel belted to ensure a smooth, quiet ride
* Unique center tread pattern provides a huge contact patch
* Elongated shoulder tread improves high- and low-speed cornering with reduced rolling resistance