Power Stop CPC4719-23 Evolution Sport Brake Kit with Powder Coated Calipers - Z23

The Power Stop CPC4719-23 is a complete Z23 Evolution Sport Brake Upgrade Kit with Powder Coated Calipers, delivering a straightforward, bolt-on performance brake upgrade for daily drivers. This all-inclusive kit bundles Z23 carbon-fiber ceramic brake pads, drilled and slotted zinc-plated rotors, powder coated calipers, and premium stainless-steel hardware — everything needed for a single-purchase brake system overhaul.

Key Features:

• Z23 Carbon-Fiber Ceramic Brake Pads — Low-dust, carbon-fiber-infused ceramic compound delivers enhanced stopping power versus standard ceramic pads without sacrificing everyday drivability
• Dual-Layer Rubberized Shims — Provides a superior noise insulator for virtually silent braking performance
• Drilled, Slotted & Zinc-Plated Rotors — Cross-drilled holes maximize rotor cooling while slots clear gas and debris; zinc plating protects against rust and corrosion
• Powder Coated Calipers — Finished in an electrostatic high-temperature red powder coat for corrosion resistance and a bold appearance behind open wheels; assembled and tested at PowerStop's Chicago, IL facility
• 100% Pressure Tested — Each caliper is thoroughly inspected and pressure tested to verify piston operation and prevent leaks
• New Seals & Hardware — Assembled with new seals, guide pins, high-temperature EPDM rubber dust boots, bleeder screws, and stainless-steel abutment hardware clips
• Low-Dust Formula — Third-party on-vehicle tested to verify reduced brake dust, keeping wheels cleaner longer
• Premium Stainless-Steel Hardware Included — All necessary installation hardware included for a hassle-free bolt-on upgrade

The Power Stop CPC4719-23 Z23 Evolution Sport Brake Kit is engineered for drivers who want a meaningful performance upgrade over stock brakes without the cost or complexity of a racing brake system. A proper break-in procedure is recommended after installation to evenly deposit friction material on the rotors for optimal long-term performance.