Power Stop CPK8716-36 Truck Tow Brake Kit with Powder Coated Calipers - Z36

The Power Stop CPK8716-36 Z36 Truck & Tow Brake Kit with Powder Coated Calipers is an all-in-one brake upgrade engineered for trucks, 4x4s, and SUVs that face demanding conditions — whether towing, hauling, off-roading, or navigating mountainous terrain. This complete kit delivers a bolt-on performance upgrade with everything needed for installation included in the box.

Carbon-Fiber Ceramic Brake Pads:

• Proprietary carbon-fiber infused ceramic formula provides severe-duty stopping power without sacrificing everyday drivability
• Low-dust formulation verified through third-party on-vehicle testing keeps wheels looking clean
• Stainless-steel shims combined with a chamfered and slotted design ensure noise-free braking
• Positive mold technology delivers consistent wear and long-term performance

Drilled, Slotted & Zinc Plated Rotors:

• Precision drill holes maximize rotor cooling and help reduce brake fade during extreme braking
• Slots sweep away brake dust and gas for optimal pad-to-rotor bite
• Silver zinc dichromate plating shields against rust and corrosion for lasting performance
• Cast using G3000 metallurgy with strict OE tolerances for a direct, bolt-on fit

Powder Coated Calipers:

• Finished with an electrostatic high-heat powder coating that resists corrosion and delivers a bold appearance behind open wheels
• 100% pressure tested to ensure superior braking performance and long caliper lifespan
• Feature new bleed screws, hardware, and pins for reliability
• Utilize high-temperature EPDM rubber and premium silicone lubrication for smooth, consistent operation

What's Included:

• Z36 Carbon-Fiber Ceramic Brake Pads
• Drilled, Slotted & Zinc Plated Performance Rotors
• Powder Coated Brake Calipers (assembled and tested)
• Premium Stainless-Steel Installation Hardware

Backed by a 36-Month / 36,000-Mile Limited Warranty, the Power Stop CPK8716-36 is the complete solution for drivers who demand more from their brakes under the toughest real-world conditions.