Power Stop 90-91 Lexus ES250 Front Z17 Evolution Ceramic Brake Pads w/Hardware

The Power Stop 17-356 front brake pads are engineered specifically for the 1990-1991 Lexus ES250 and a range of Toyota models, including Camry and Celica variants from 1987 through 1993. As part of the Z17 Evolution Ceramic Brake Pads series, these OE replacement pads deliver reliable stopping power and enhanced durability, meeting rigorous automotive standards for safety and performance.

Manufactured by Power Stop, a reputable brand known for its commitment to quality braking solutions, these brake pads utilize advanced ceramic formulas that optimize friction while minimizing brake dust and noise. The incorporation of OE positive mold technology ensures a precise fit and consistent wear patterns, which contribute to longer pad life and dependable braking performance under various driving conditions.

Key features of the Power Stop 17-356 brake pads include:

• Ceramic Composition: Designed to provide superior stopping power with reduced dust and noise compared to traditional brake pads.
• Thermal Scorched Surface: Enhances the break-in process for immediate and consistent braking response.
• Stainless Steel Hardware Included: Facilitates straightforward installation and ensures secure mounting for optimal pad function.
• OE Fitment: Tailored to fit multiple vehicle models precisely, maintaining original equipment standards.

This product is an ideal choice for drivers seeking an affordable yet high-quality replacement for their vehicle’s front brake pads. The 17-356 pads are suitable for the following vehicles:

Power Stop is recognized within the automotive industry for producing dependable braking components that adhere to stringent quality controls. Their Z17 Evolution Plus line is designed to meet or exceed OEM specifications, offering a balance of performance and value for everyday driving needs. By choosing Power Stop brake pads, customers invest in a product that supports vehicle safety, enhances driving confidence, and promotes longevity of the braking system.