Power Stop KC8318 Z23 Evolution Sport Brake Kit with Drilled & Slotted Rotors, Carbon-Fiber Ceramic Pads & Powder Coated Calipers

The Power Stop KC8318 Z23 Evolution Sport Brake Upgrade Kit with Calipers is a comprehensive, bolt-on brake system upgrade engineered for daily drivers who demand more than factory stopping performance. 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 complete brake overhaul in a single box.

Z23 Carbon-Fiber Ceramic Brake Pads:

• Carbon-fiber infused ceramic compound delivers significantly increased braking power over traditional ceramic pads
• Low-dust formulation verified through third-party on-vehicle testing keeps wheels cleaner
• Thermally scorched pad surfaces for faster break-in and reduced bed-in time
• Chamfered and slotted pad design ensures noise-free braking
• Dual-layer rubberized shims provide an additional noise insulation barrier for virtually silent operation
• Ceramic-based lubricant specially formulated for Z23 Evolution Sport pads included

Drilled, Slotted & Zinc Plated Rotors:

• Precision cross-drilled holes allow maximum rotor cooling to keep brake temperatures down under heavy use
• Slots evacuate heat, gases, and brake dust for consistent, fade-resistant performance
• Zinc plating provides long-lasting protection against rust and corrosion

Powder Coated Calipers:

• Powder coated finish protects against corrosion and delivers a premium appearance behind open wheels
• Assembled and tested at PowerStop's Chicago, IL facility

Kit Includes:

• Z23 Carbon-Fiber Ceramic brake pads (front and rear)
• Drilled, slotted, and zinc-plated rotors (front and rear)
• Powder coated remanufactured calipers
• Premium stainless-steel hardware kit
• Ceramic brake lubricant

Backed by a 36-month / 36,000-mile warranty, the Power Stop KC8318 is a direct-fit, bolt-on upgrade that delivers measurable braking improvement without sacrificing everyday drivability.