Part #: ENK4726E2|Brand: RELINED BRAKE SHOES|MPN #: ENK4726E2
$119.99 / each
+ $35.18Core Charge
CORE CHARGE
A Core Charge is a deposit paid at the time of purchase for parts with
recyclable components. The deposit will be refunded when the recyclable
component of this item is returned after use.
RELINED BRAKE SHOES Brake Shoe Kit
Part #: ENK4726E2|Brand: RELINED BRAKE SHOES|MPN #: ENK4726E2
RELINED BRAKE SHOES Brake Shoe Kit
Part #: ENK4726E2|Brand: RELINED BRAKE SHOES|MPN #: ENK4726E2
$119.99 / each
+ $35.18Core Charge
CORE CHARGE
A Core Charge is a deposit paid at the time of purchase for parts with
recyclable components. The deposit will be refunded when the recyclable
component of this item is returned after use.
Enhance braking performance with superior friction material for consistent stopping power
Precision engineering ensures a perfect fit for various vehicle models
Noise-reducing features provide a quieter driving experience for comfort
Maximum character limit has been reached. Please use address line 2 if needed.
Warning
Location changes will apply to all items in your cart and may affect pricing and availability.
No nearby stores found
Share
The RELINED BRAKE SHOES Brake Shoe Kit includes a comprehensive kit with all necessary hardware and features precision engineering to ensure a perfect fit for various vehicle models. It leverages superior friction material, enhancing consistent stopping power and maintaining effectiveness under high temperatures. The brake shoes are designed with noise-reducing features, providing a quieter driving experience for added comfort. This kit is engineered to withstand intense conditions, ensuring dependable performance while driving.
Enhance braking performance with superior friction material for consistent stopping power
Precision engineering ensures a perfect fit for various vehicle models
Noise-reducing features provide a quieter driving experience for comfort
Comprehensive kit includes all necessary hardware for comprehensive installation
Designed to withstand high temperatures, maintaining effectiveness under intense conditions