Skip to product information
1 of 1

Power Stop 03-07 Ford E-250 Rear Z16 Evolution Ceramic Brake Pads

Power Stop 03-07 Ford E-250 Rear Z16 Evolution Ceramic Brake Pads

Regular price $41.40 USD
Regular price Sale price $41.40 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.

PSB16-802
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.

16-802
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.

In stock
Brake Pads - OE
The 03-07 Ford E-250 Rear Z16 Evolution Ceramic Brake Pads, SKU 16-802, represent a high-quality OE brake pad solution from PowerStop, a trusted name in automotive braking systems. Designed specifically...
Read more
Found a better price elsewhere?
secure-payments
View full details

Description

The 03-07 Ford E-250 Rear Z16 Evolution Ceramic Brake Pads, SKU 16-802, represent a high-quality OE brake pad solution from PowerStop, a trusted name in automotive braking systems. Designed specifically for rear brake applications on select Ford E-Series models, these pads deliver reliable stopping power and consistent performance, meeting rigorous industry standards for safety and durability.

PowerStop, renowned for its commitment to innovation and quality, utilizes advanced ceramic friction material in these Z16 Evolution pads. This ceramic formula is engineered to maximize braking efficiency while significantly reducing brake dust accumulation and eliminating unwanted noise, ensuring a clean and quiet operation. The integration of OE positive mold technology guarantees precise fitment and consistent wear patterns, which contribute to the longevity and dependability of the product.

Key features of these brake pads include:

  • Thermal scorched pad surface: Enhances break-in speed, allowing for immediate and effective braking performance.
  • Ceramic friction material: Provides superior stopping power with reduced dust and noise compared to traditional brake pads.
  • OE positive mold technology: Ensures exact fit and consistent wear, maintaining optimal contact with the rotor.
  • Durability and reliability: Engineered to withstand rigorous driving conditions, offering long-lasting performance.

These brake pads are an ideal replacement for the following Ford models and submodels:

Year Make Model Submodel
2003-2007 Ford E-250 Base
2001-2002 Ford E-250 Econoline Base
2003-2005 Ford E-350 Club Wagon Chateau
2003-2005 Ford E-350 Club Wagon XL
2003-2005 Ford E-350 Club Wagon XLT
1999-2002 Ford E-350 Econoline Club Wagon Chateau
1999-2000 Ford E-350 Econoline Club Wagon Custom
2001-2002 Ford E-350 Econoline Club Wagon XL
1999-2002 Ford E-350 Econoline Club Wagon XLT
1999-2007 Ford E-350 Super Duty Base
2006 Ford E-350 Super Duty Chateau
1999-2000,2006-2007 Ford E-350 Super Duty XL
2006-2007 Ford E-350 Super Duty XLT

PowerStop’s Z16 Evolution ceramic brake pads are engineered as a cost-effective, direct OE replacement for fleet and individual vehicle owners seeking dependable braking performance. The pads’ design ensures that they meet or exceed OEM specifications, providing peace of mind through enhanced safety and operational efficiency. Their compatibility with a broad range of Ford E-Series vehicles, including Econoline and Super Duty variants, makes them a versatile choice for maintaining vehicle braking systems to professional standards.

In summary, these PowerStop brake pads combine advanced materials, precision manufacturing, and proven technology to deliver a superior braking experience. Their low dust and noise characteristics, coupled with reliable stopping power, support both everyday driving and demanding operational conditions. By choosing PowerStop, customers benefit from a reputable brand dedicated to quality and innovation in automotive brake components.

Not finding what you're looking for?