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Brake Pad Set DB1079 EV - Bendix

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Brake Pad Set DB1079 EV - Bendix

The Bendix DB1079 EV Brake Pad Set represents cutting-edge braking technology specifically developed for electric vehicles. These precision-engineered pads feature an advanced friction formulation optimized to complement regenerative braking systems. The specialized compound delivers exceptional stopping power with minimal noise and vibration while maintaining consistent performance across varying speeds and temperatures. Designed with enhanced thermal stability and reduced rolling resistance characteristics, these pads support EV efficiency while providing superior pedal feel, extended service life, and minimal brake dust accumulation—meeting the unique demands of modern electric vehicle braking systems.

The Bendix DB1079 EV Brake Pad Set represents cutting-edge braking technology specifically developed for electric vehicles. These precision-engineered pads feature an advanced friction formulation optimized to complement regenerative braking systems. The specialized compound delivers exceptional stopping power with minimal noise and vibration while maintaining consistent performance across varying speeds and temperatures. Designed with enhanced thermal stability and reduced rolling resistance characteristics, these pads support EV efficiency while providing superior pedal feel, extended service life, and minimal brake dust accumulation—meeting the unique demands of modern electric vehicle braking systems.

$15.00

Original: $50.00

-70%
Brake Pad Set DB1079 EV - Bendix—

$50.00

$15.00

Description

The Bendix DB1079 EV Brake Pad Set represents cutting-edge braking technology specifically developed for electric vehicles. These precision-engineered pads feature an advanced friction formulation optimized to complement regenerative braking systems. The specialized compound delivers exceptional stopping power with minimal noise and vibration while maintaining consistent performance across varying speeds and temperatures. Designed with enhanced thermal stability and reduced rolling resistance characteristics, these pads support EV efficiency while providing superior pedal feel, extended service life, and minimal brake dust accumulation—meeting the unique demands of modern electric vehicle braking systems.