Power Stop KC8621 Evolution Sport Brake Kit with Drilled Slotted Rotors Carbon-Fiber Ceramic Pads Calipers - Z23 Front

The Power Stop KC8621 Z23 Evolution Sport Brake Upgrade Kit with Powder Coated Calipers is a complete front brake replacement and performance upgrade solution for daily-driven cars, trucks, and SUVs. This all-inclusive kit bundles perfectly matched components engineered to work together, delivering measurably better stopping power over stock OE brakes straight out of the box.

What's Included:

• 2x Front Drilled & Slotted Zinc-Plated Brake Rotors
• 1x Front Z23 Carbon-Fiber Ceramic Brake Pad Set
• 2x Front Red Powder Coated Remanufactured Brake Calipers
• Premium Stainless-Steel Hardware Kit
• High-Temperature Brake Lubricant

Z23 Carbon-Fiber Ceramic Brake Pads are built with an iron-free, carbon-fiber-infused ceramic compound that significantly enhances braking performance versus traditional ceramic pads. The low-dust formulation — verified through third-party on-vehicle testing — keeps wheels cleaner without sacrificing everyday drivability. Dual-layer rubberized shims and a chamfered, slotted pad design work together for virtually silent operation.

Drilled & Slotted Rotors are cast from G3000 metallurgy to strict OE tolerances for a true bolt-on fit with no modifications required. Precision cross-drill holes maximize rotor cooling to keep brake temperatures in check during demanding conditions, while the slotted design continuously cleans the pad surface for consistent bite. Silver Zinc Dichromate plating provides long-lasting protection against rust and corrosion.

Powder Coated Calipers are assembled and tested at Power Stop's Chicago, IL facility. The durable powder coat finish resists rust and corrosion, extending caliper life while delivering a bold, high-performance look behind open or custom wheels.

This kit is thermally scorched at the factory to shorten break-in time and comes with everything needed for a fast, straightforward installation — no machining, no modifications, and no searching for individual components.