Skip to product information
1 of 1

Power Stop 94-99 Ford Mustang Rear Z23 Evolution Sport Brake Kit w/Calipers

Power Stop 94-99 Ford Mustang Rear Z23 Evolution Sport Brake Kit w/Calipers

Regular price $408.07 USD
Regular price Sale price $408.07 USD
Shipping calculated at checkout.
PowerStop
Looking for the lowest price?

Give us a call to get the best prices and parts for your build. Or, just call us with a cool racing story...either way we're here.

PSBKC1306A
Looking for the lowest price?

Give us a call to get the best prices and parts for your build. Or, just call us with a cool racing story...either way we're here.

KC1306A
Looking for the lowest price?

Give us a call to get the best prices and parts for your build. Or, just call us with a cool racing story...either way we're here.

Out of stock
Brake Calipers - Perf
Power Stop KC1306A is a high-performance rear brake caliper kit designed specifically for the 1994-1999 Ford Mustang series, including SVT Cobra and Bullitt models up to 2004. This Z23 Evolution...
Read more
Found a better price elsewhere?
secure-payments
View full details

Description

Power Stop KC1306A is a high-performance rear brake caliper kit designed specifically for the 1994-1999 Ford Mustang series, including SVT Cobra and Bullitt models up to 2004. This Z23 Evolution Sport Brake Kit with calipers offers a reliable and durable solution for enhanced braking performance. Manufactured by PowerStop, a reputable brand known for its commitment to quality and innovation in braking systems, this kit ensures precise fitment and optimal stopping power. The kit is engineered to meet rigorous standards, providing consistent brake modulation and improved heat dissipation. Ideal for drivers seeking both safety and performance, it supports models such as the 2001 Mustang GT Bullitt, 2003-2004 Mach 1, and various SVT Cobra editions including the 10th Anniversary and SVT Cobra R. PowerStop’s expertise in brake technology guarantees a professional-grade product that enhances vehicle control and reliability under demanding conditions.

Not finding what you're looking for?